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A brass cable gland is a mechanical device designed to attach and secure the end of an electrical cable to equipment. The main purpose is to provide strain relief, ensure proper sealing, and maintain electrical safety. The type shown in your image is a double compression brass cable gland, which is known for its superior grip and sealing capabilities compared to single compression types.

Reliable, maintenance-free earthing solution with copper bonded rod, clamp, and backfill compound. Ensures low resistance, long life, and safe dissipation of fault current. Ideal for industrial, commercial, and residential applications.

Copper Earthing Electrode is a high-performance, maintenance-free earthing solution designed for long service life and superior conductivity. Manufactured using 100% pure copper, these electrodes are corrosion-resistant and provide efficient electrical grounding for residential, commercial, and industrial applications.

The 3M Cold Shrink Termination Kit is a high-quality solution for medium-voltage cable terminations (6.6kV–33kV). Using innovative cold shrink technology, the pre-expanded EPDM tube shrinks onto the cable when the core is removed, ensuring a tight, permanent, and moisture-proof seal. No heat or special tools are required, making installation safer, faster, and error-free compared to traditional methods. Suitable for XLPE and PILC cables with copper or aluminum conductors, it offers excellent electrical insulation, stress control, and long-term reliability for substations, switchgear, transformers, and outdoor pole applications.

We supply high-quality 11kV Outdoor Vacuum Circuit Breakers (VCB) designed for reliable performance in medium-voltage power distribution systems. These breakers are suitable for outdoor installations in substations, distribution networks, railways, and industrial facilities. Equipped with vacuum interrupters, they provide safe and efficient arc quenching, long service life, and low maintenance requirements. Available in pole-mounted and panel-type models, with options for manual or motorized operation

A Surge Arrester is an essential protective device in electrical power systems, designed to safeguard equipment from transient overvoltages caused by lightning strikes, switching operations, or other sudden disturbances in the electrical network. These transient surges, if left unchecked, can damage sensitive equipment such as transformers, switchgear, circuit breakers, and other critical components, leading to costly downtime and maintenance. Surge arresters effectively absorb and redirect excess electrical energy to the ground, ensuring the safety, reliability, and longevity of electrical infrastructure.

Modern surge arresters are typically constructed using Metal Oxide Varistor (MOV) technology, which offers superior performance and rapid response to voltage spikes. The MOV element remains non-conductive under normal operating voltage, but instantly becomes conductive during overvoltage events, diverting harmful currents safely to the ground. Other types of surge arresters include gap-type and silicon carbide-based arresters, although MOV-based designs have become the industry standard due to their high efficiency, low maintenance requirements, and long service life.

Key Features and Advantages:

1. High Surge Protection: Designed to handle high-energy transients, ensuring maximum protection for transformers, generators, and other critical equipment.

2. Durable Construction: Typically made from porcelain or polymer housings, with metal oxide elements inside, offering resistance against environmental conditions such as humidity, pollution, and UV exposure.

3. Reliable Performance: Responds instantly to overvoltage events, maintaining the stability of power systems and minimizing the risk of equipment failure.

4. Low Maintenance: Unlike older gap-type designs, modern surge arresters require minimal maintenance, reducing operational costs over their lifetime.

5. Versatile Applications: Suitable for high voltage transmission lines, substations, industrial plants, renewable energy installations, and distribution networks.

6. Compliance with Standards: Manufactured in accordance with IEC 60099, IS 3070, and other relevant international and national standards, ensuring safe and standardized performance.

Available in various voltage ratings, including 11 kV, 33 kV, 66 kV, with single-phase and three-phase configurations. Installation is simple, either mounted on transformers, switchgear, or along transmission lines depending on system design.

Operational Benefits:

• Protects Assets Reduces the risk of equipment failure and financial losses.

• Enhances System Reliability Ensures uninterrupted power supply.

• Extends Equipment Lifespan Minimizes electrical stress on critical equipment.

In conclusion, a high-quality surge arrester is an indispensable component of modern electrical networks, safeguarding vital electrical infrastructure, enhancing system reliability, and ensuring cost-effective operations by mitigating the risks associated with transient overvoltages.

Optical Fiber Cable is a reliable and high-speed communication medium designed for data, voice, and video transmission. It works on the principle of light signals, which makes it faster, more efficient, and immune to electromagnetic interference compared to traditional copper cables.

We supply both Single Mode and Multi Mode optical fiber cables. Single mode is ideal for long-distance data transmission with low attenuation, while multi mode is suitable for short-range, high-capacity networking. Depending on the requirement, these cables are available in a wide range of 2 Core to 96 Core configurations.

To ensure strength and durability, our range includes both Armoured and Unarmoured Optical Fiber Cables. Armoured cables are best for outdoor or underground installations, as they protect against physical stress, rodents, and harsh weather. Unarmoured cables, on the other hand, are lightweight, cost-effective, and perfect for indoor installations.

The outer sheath of our cables is manufactured using PVC, HDPE, or LSZH (Low Smoke Zero Halogen), which provides excellent resistance against moisture, UV rays, and chemicals. These cables also comply with international quality standards (ITU-T, IEC, ISO) to guarantee safe and long-lasting performance.

Key Applications:

• Telecom networks and broadband infrastructure

• Data centers and enterprise LAN/WAN networks

• CCTV surveillance systems and FTTH (Fiber to the Home) projects

• Long-distance internet, voice, and video connectivity

Key Features:

• High bandwidth and faster data transmission

• Low signal loss and reliable connectivity

• Strong protection against environmental stress

• Flexible core count options (2C96C)

• Available in both armoured and unarmoured versions

Our Optical Fiber Cables are widely trusted by telecom operators, internet service providers, contractors, and system integrators. With competitive pricing, timely delivery, and assured quality, we provide an ideal solution for modern networking and communication needs.

We offer high-quality Electrical Control Panels manufactured from premium CRCA sheet metal with a powder-coated finish for long-lasting durability. These panels are designed to provide safe, reliable, and user-friendly operation in various industrial and commercial applications.

The primary function of an Electrical Control Panel is to control, monitor, and protect different types of electrical equipment. The panel is equipped with circuit breakers, switches, contactors, relays, and meters, which ensure smooth load distribution and fault protection.

Our panels are widely used in industrial plants, commercial buildings, hospitals, factories, offices, and power distribution systems. We manufacture and supply different types of control panels, including Power Control Center (PCC) Panels, Motor Control Center (MCC) Panels, Automatic Power Factor Control (APFC) Panels, Auto Mains Failure (AMF) Panels, and VFD Panels.

We also offer complete customization options, allowing clients to choose ampere capacity, design, and branded components such as L&T, Siemens, Schneider, or ABB as per their requirements. Our Electrical Control Panels are known for their high performance, durability, efficiency, and long service life.

These panels are an ideal solution for managing power safely and efficiently in modern electrical systems.

Our Electrical Junction Boxes are designed to provide safe and reliable enclosures for wire and cable terminations in industrial, commercial, and outdoor environments. Made from high-quality materials such as ABS, Polycarbonate, or Aluminium, these junction boxes ensure protection against dust, moisture, and mechanical impact. Available in a variety of sizes and IP ratings (IP65, IP66, IP67), they are suitable for both indoor and outdoor installations.

Each box is engineered for easy installation with features like pre-molded mounting holes, customizable knockouts, and optional terminal blocks. They are ideal for use in control panels, automation systems, power distribution networks, solar PV systems, and field wiring connections. For hazardous environments, we also offer flameproof (Ex d) certified junction boxes.

These boxes comply with international quality and safety standards such as IEC, CE, and RoHS, ensuring long service life and durability. Custom branding, OEM manufacturing, and bulk orders are available upon request.

Whether you need a compact box for sensor wiring or a rugged flameproof enclosure for explosive zones, our junction boxes offer the flexibility and protection your project requires.

A Compact Substation (CSS) is a prefabricated electrical distribution unit that includes a transformer, medium-voltage switchgear, and low-voltage switchboard in a single compact enclosure. Designed for outdoor and indoor use, it provides safe and reliable power distribution for residential, commercial, and industrial applications.

Our CSS units are manufactured with durable CRCA steel or stainless steel enclosures, treated with powder coating for corrosion protection. Available in ratings from 100 kVA to 2500 kVA, our substations are engineered to comply with IEC and IS standards.

Each unit is tested for high voltage withstand, insulation resistance, and functionality. Optional features include SCADA compatibility, RMU integration, and remote monitoring. Compact design saves space and reduces installation time.

Ideal for use in power utilities, metro stations, industrial plants, residential townships, solar farms, and temporary power setups.

Custom sizes, capacities, and configurations are available upon request.

We offer a wide range of high-quality digital multimeters, ideal for electronics professionals, technicians, and hobbyists. Our models range from entry-level units starting at 200 to advanced professional-grade meters priced up to 9, 500. Pricing is per piece, depending on the features, model, and accuracy level.

Our basic multimeters are perfect for simple voltage, current, and resistance measurements, while advanced models include True RMS, auto-ranging, temperature measurement, backlit displays, and data hold functions. Each multimeter is manufactured using durable materials to ensure long-term reliability in demanding work environments.

Complete multimeter sets are also available, which include test probes, user manuals, protective casing, and batteries. Prices for sets vary based on included accessories and model type. These are priced per set and are ideal for bulk orders or professional toolkits.

All units are thoroughly tested and compliant with international safety standards. We support bulk orders, custom branding, and offer quick delivery options across domestic and international markets. Minimum order quantity (MOQ) is 10 pieces.

Contact us to choose the right model for your application or to request a custom quote based on volume.

Digital Clamp Meter (AC/DC, High Accuracy)

Our Digital Clamp Meter is a reliable and accurate tool designed for professional and industrial electrical measurements. It is ideal for electricians, technicians, maintenance engineers, and anyone needing to measure AC/DC current, voltage, resistance, continuity, and frequency with precision.

This clamp meter features a large LCD backlit display for clear visibility, even in low-light conditions. It offers True RMS measurement for accurate readings on non-linear loads, making it suitable for both residential and industrial use. With a wide jaw opening, it easily clamps around large conductors without interrupting the circuit.

The meter is compact, lightweight, and durable, with a user-friendly interface for quick operation. Safety is ensured with over-range protection and compliance with CAT III 600V safety standards. Additional functions like data hold, auto power-off, and low battery indicator add to its convenience.

Perfect for troubleshooting electrical systems, this clamp meter is manufactured in India using quality-tested components. OEM and custom branding options are available for bulk buyers.

There are various types of earth testers available in the market to suit different needs:

1. Analog Earth Testers: These traditional models use needle gauges and are simple to operate. They are typically hand-driven or battery-operated and suitable for basic testing needs.

2. Digital Earth Testers: Modern digital testers offer more precise readings, easy-to-read displays, and additional functions like auto-ranging and data logging. These are preferred for industrial and professional use.

3. Clamp-On Earth Testers: These advanced testers measure earth resistance without disconnecting the earth system, making them ideal for live testing and situations where system downtime must be avoided.

• Measurement Range: Earth testers typically measure resistance in ohms (), with ranges varying from a few ohms to thousands of ohms, depending on the model.

• Accuracy: High precision testers are critical for identifying subtle grounding issues, especially in complex or sensitive installations.

• Portability and Durability: Lightweight, handheld devices with rugged construction are preferred for field use.

• Additional Functionalities: Some models offer features like Bluetooth connectivity, data storage, automatic test sequences, and multi-function testing (earth resistance, soil resistivity, leakage current, etc.).

The demand for earth testers is increasing globally due to the growing emphasis on electrical safety and regulatory compliance. Construction companies, utility providers, manufacturing plants, and electrical contractors all require reliable earth testing solutions to ensure their systems are safe and efficient. In India, the market offers a wide range of earth testers catering to budget-conscious buyers as well as professionals needing high-end devices.

India is a significant supplier of quality earth testing instruments with a strong manufacturing base. Exporters offer a variety of earth testers ranging from affordable analog units to sophisticated digital clamp-on models, meeting international quality standards and certifications. These products are well-suited for markets in Africa, the Middle East, South Asia, and beyond.

Investing in a reliable earth tester is essential for anyone involved in electrical installation and maintenance. By ensuring proper grounding, these instruments protect lives, equipment, and property from electrical hazards. Whether you need a basic tester for routine checks or an advanced model for industrial applications, a wide variety of earth testers are available in Indias export market to meet your needs. Partner with trusted manufacturers to source high-quality products at competitive prices and ensure electrical safety worldwide.

Insulation Tester (Megohmmeter / Megger) High-Precision Electrical Safety Instrument

An Insulation Tester, also commonly known as a Megohmmeter or Megger, is a critical electrical testing device used to measure the insulation resistance of wires, cables, transformers, motors, switchgear, and other electrical equipment. Ensuring proper insulation is essential for electrical safety, system reliability, and compliance with international safety standards. These testers are widely used across industries such as construction, manufacturing, utilities, electrical maintenance, and power distribution.

Insulation testers work by applying a high DC voltage (typically 250V, 500V, or 1000V) between conductors and ground to check whether the insulation is strong enough to prevent leakage current or breakdown. A high insulation resistance value (measured in megaohms, M) indicates a healthy system, whereas low resistance could signal damage, moisture intrusion, or aging of insulation.

We offer a wide range of insulation testers, from basic analog models to advanced digital testers with smart features like auto-ranging, backlit LCD screens, memory storage, and waterproof designs. These instruments are designed to be user-friendly, lightweight, and durable, making them suitable for both field and laboratory use.

Key Features:

• Voltage Range Options: 250V / 500V / 1000V (customizable as per requirement)

• Measurement Range: Up to 2000 M or more

• High Accuracy Readings: 1% or better

• Display: Digital LCD or Analog scale (based on model)

• Power Source: Battery operated (usually 6V or 9V)

• Construction: Rugged body with shockproof and waterproof housing

• Portability: Compact design for easy carrying and usage in fieldwork

• Safety Standards: Models available with CAT III/CAT IV safety ratings

Applications:

• Electrical panels and distribution boards

• Industrial machinery maintenance

• Transformer and motor testing

• Cable insulation inspection

• HVAC system maintenance

• Power plants and substations

• Solar and wind power systems

Why Choose Our Insulation Testers?

Our insulation testers are sourced from trusted Indian manufacturers and are built with export quality in mind. Each unit is thoroughly tested for quality, safety, and performance. Whether you need affordable testing tools for day-to-day use or high-end instruments for precise diagnostics, we provide options that meet every requirement.

We also offer models from popular brands like Bosch, Metravi, Taparia, and OEM options. Custom branding and packaging are available for bulk orders. Products can be shipped within 710 days, with proper export-ready packaging.

Dissolved Gas Analyzer Ensuring Reliable Transformer Health Monitoring

A Dissolved Gas Analyzer (DGA) is an essential device for the accurate monitoring and maintenance of transformers and other electrical equipment. It plays a critical role in ensuring the reliability, safety, and longevity of power systems by detecting dissolved gases in transformer oil that indicate potential faults. The presence and concentration of gases such as hydrogen, methane, ethylene, and acetylene serve as vital indicators of internal issues like overheating, arcing, or insulation degradation.

Our Dissolved Gas Analyzer is designed to provide fast, precise, and reliable measurements, making it suitable for industrial applications, power plants, and electrical substations. With advanced sensor technology, the device can accurately detect multiple gases simultaneously, offering early warnings for preventive maintenance and reducing the risk of costly breakdowns.

Key Features:

• High Accuracy & Reliability: The analyzer ensures precise detection of all critical gases dissolved in transformer oil, providing confidence in operational safety.

• User-Friendly Interface: Equipped with an intuitive display and simple controls, the device allows technicians to operate it efficiently without extensive training.

• Versatile Applications: Suitable for online monitoring or laboratory testing, it caters to diverse transformer types and capacities.

• Compact & Durable Design: Built with robust materials, the analyzer is portable, easy to install, and designed to withstand harsh industrial environments.

• Real-Time Monitoring: Online models offer continuous monitoring and instant alerts, enabling proactive maintenance and minimizing downtime.

Applications:
The Dissolved Gas Analyzer is ideal for a wide range of applications, including:

• Monitoring power transformers in substations and industrial plants.

• Assessing the health of electrical equipment to prevent failures.

• Supporting predictive maintenance strategies in the power industry.

• Ensuring compliance with international electrical standards.

Certification & Quality Assurance:
Our DGA units are CE certified and manufactured according to ISO 9001:2015 standards, ensuring consistent quality and reliability. Each unit undergoes rigorous testing before dispatch, guaranteeing accuracy and long-term performance.

Packaging & Export Readiness:
Each Dissolved Gas Analyzer is securely packed in an export-quality carton with protective foam to prevent damage during transit. The packaging ensures safe delivery to domestic and international buyers, maintaining product integrity.

Conclusion:
The Dissolved Gas Analyzer is an indispensable tool for electrical engineers, maintenance teams, and power utilities aiming to enhance equipment reliability, reduce downtime, and optimize operational efficiency. By offering precise gas detection, easy operation, and durable construction, it serves as a comprehensive solution for transformer health monitoring. Investing in a high-quality DGA ensures better decision-making, cost savings, and uninterrupted power supply for industrial and commercial applications.

A Cable Fault Locator (CFL) is a critical device for maintaining the safety, efficiency, and reliability of electrical power distribution systems. It is specially designed to detect faults in underground and overhead cables, helping technicians quickly identify issues such as open circuits, short circuits, earth faults, and sheath faults. Early detection of cable faults not only prevents extended downtime but also ensures a secure and reliable power supply, reducing potential hazards to personnel and equipment.

Our Cable Fault Locators combine high precision with ease of use, offering both portable and stationary models suitable for diverse industrial, commercial, and utility applications. Using advanced detection technologies like Time Domain Reflectometry (TDR), pulse method, or bridge method, these devices accurately pinpoint faults over long distances. This allows maintenance teams to plan repairs efficiently and minimize disruption to operations.

Key Features:

• High Accuracy and Reliability: Detects faults with minimal error margin, ensuring precise location of issues in cables.

• Secure Operation: Designed with safety measures to prevent electrical hazards during testing, protecting both the user and the equipment.

• User-Friendly Interface: Digital or LCD display provides clear readings, enabling quick interpretation and fault analysis.

• Versatile Application: Supports multiple cable types, including XLPE, PVC, armored, and aerial cables.

• Portable and Durable Design: Lightweight and ergonomically designed for field use, with robust ABS plastic and metal construction to withstand harsh environments.

Applications:
The Cable Fault Locator is ideal for:

• Electrical power distribution networks and substations

• Industrial plants and commercial electrical systems

• Utility companies managing underground and overhead cabling

• Maintenance teams performing routine inspections and emergency repairs

Security and Safety Assurance:
Safety is a primary concern in electrical fault detection. Our CFL units incorporate protective measures such as insulated probes, overload protection, and safe voltage handling, ensuring the user can perform tests securely without risk of electric shock or equipment damage. This makes them suitable for both professional engineers and field technicians.

Certification & Quality Assurance:
All units are manufactured under strict quality control and meet international standards for electrical safety and reliability. Each device is tested for accuracy and durability before dispatch, ensuring dependable performance under varied operating conditions.

Conclusion:
The Cable Fault Locator is an indispensable tool for electrical engineers, maintenance teams, and power utility companies aiming to enhance system reliability, reduce downtime, and ensure secure and safe operations. By combining precise fault detection, ease of use, durable construction, and safety features, it provides a comprehensive solution for cable monitoring and fault management. Investing in a high-quality CFL ensures efficient maintenance, cost savings, and uninterrupted power supply, making it a critical component of any electrical infrastructure.

Relay Test Kit Accurate Testing Solution for Protective Relays

A Relay Test Kit is an essential testing instrument for power utilities, substations, and industries that use protective relays to safeguard electrical systems. It ensures accurate calibration, testing, and validation of different types of relays such as overcurrent, distance, differential, and under/overvoltage relays.

Our Relay Test Kit is designed with precision engineering to deliver reliable performance in the toughest field and laboratory conditions. Built with modern microprocessor technology, it provides high accuracy and stable outputs for current and voltage injection tests. The kit supports both manual and automatic testing sequences, making it versatile for beginner as well as expert engineers.

Key features include digital display for real-time results, portability with a rugged outer casing, high safety standards, and user-friendly operation. The equipment allows testing under multiple fault scenarios, ensuring that protective relays respond correctly during electrical abnormalities. With advanced features like harmonic injection, ramping, and sequential testing, the Relay Test Kit reduces downtime and improves reliability of power systems.

Applications of the Relay Test Kit extend to power generation plants, transmission and distribution utilities, heavy industries, and service contractors. Its compact design makes it portable for fieldwork, while its high-power capability allows laboratory-grade testing. Each kit is built with safety in mind, featuring short-circuit protection, automatic shutoff, and secure terminals.

By investing in our Relay Test Kit, customers get a robust, accurate, and cost-effective solution for relay testing needs. Whether for routine maintenance, commissioning, or troubleshooting, this equipment guarantees superior performance and reliability.

Primary & Secondary Current Injector – Reliable Testing Solution for Electrical Systems

The Primary & Secondary Current Injector is a highly reliable and efficient testing instrument designed for verifying the performance and accuracy of electrical equipment such as protective relays, current transformers (CTs), potential transformers (PTs), and circuit breakers. Widely used in power plants, substations, manufacturing industries, and testing laboratories, this equipment ensures the safety, reliability, and smooth operation of electrical protection systems.

Introduction

In any power system, relays and circuit breakers play a vital role in protecting equipment from electrical faults. However, their performance needs to be regularly tested and calibrated to ensure accurate functioning during fault conditions. This is where the Primary & Secondary Current Injector comes into play. It provides the required high current (primary injection) and low current (secondary injection) to simulate fault conditions and verify the response of protection devices.

Working Principle

The equipment operates by injecting a controlled amount of current into the system.

• Primary Injection Testing: Used for testing CTs, bus bars, and circuit breakers by injecting high currents (up to several thousand Amperes).

• Secondary Injection Testing: Used for testing protective relays and CT secondary circuits by injecting low-level currents to check relay settings and tripping accuracy.

This dual functionality makes the device highly versatile and essential for electrical maintenance.

Key Features

• High Accuracy: Provides precise current output for accurate testing.

• Wide Range: Available in various current ratings from 1A to 5000A depending on customer requirements.

• Portable & User-Friendly Design: Available in compact or trolley-mounted models for easy mobility.

• Multiple Protection Options: Built-in safety features against overload, short circuit, and overheating.

• Digital / Analog Display: Clear measurement of current and voltage outputs.

• Durability: Rugged construction with high-quality components ensuring long operational life.

Applications

• Testing and calibration of protective relays.

• Current Transformer (CT) testing for accuracy verification.

• Circuit breaker testing to ensure proper fault-clearing operation.

• Simulation of fault conditions in substations.

• Used in power plants, industrial facilities, service centers, and laboratories.

Technical Specifications (Typical Models)

• Input Supply: 220V / 415V AC, 50Hz.

• Output Current: Up to 5000A (depending on model).

• Power Capacity: 500 VA to 5 kVA.

• Automation Grade: Manual / Semi-Automatic / Automatic.

• Cooling System: Air / Oil cooled (as per rating).

Advantages

• Ensures safety and reliability of electrical systems.

• Reduces risk of equipment failure during fault conditions.

• Helps utilities comply with international testing standards.

• Time-saving and cost-effective testing solution.

Conclusion

The Primary & Secondary Current Injector is an indispensable tool for any organization dealing with electrical testing and maintenance. Its ability to perform both high-current primary injection and precise secondary injection makes it a complete solution for testing relays, CTs, and circuit breakers. With its robust design, high accuracy, and user-friendly features, it ensures dependable performance and enhances the safety and reliability of power systems.

High Voltage Testers (HV Testers) are essential tools for anyone working in electrical engineering, power distribution, and industrial maintenance. They are designed to measure, monitor, and ensure the integrity of insulation in high-voltage equipment. With the increasing demand for electrical safety and accurate testing, these devices have become indispensable for industries, laboratories, and utility companies.

Electrical systems operate at varying voltage levels, and insulation failures can lead to severe accidents, equipment damage, and costly downtime. High Voltage Testers allow engineers and technicians to detect insulation weaknesses before they become serious problems. Testing high voltage circuits ensures compliance with safety standards and prevents electrical hazards, protecting both personnel and machinery.

• Accuracy and Reliability: HV Testers provide precise readings to identify any insulation faults or weak spots in electrical equipment.

• Safety: Designed with protective features like over-voltage protection, insulation monitoring, and fail-safe mechanisms to prevent accidents during testing.

• Portable and Easy to Use: Lightweight models allow technicians to carry and operate the tester in different field locations efficiently.

• Versatile Applications: Suitable for testing transformers, motors, switchgear, cables, and industrial electrical panels.

• Digital Display: Modern testers include digital interfaces for easy reading, data logging, and analysis.

High Voltage Testers are widely used in:

• Industrial Plants: Ensuring machinery and electrical systems operate safely.

• Power Utilities: Monitoring transmission lines, substations, and distribution networks.

• Electrical Laboratories: Performing routine tests and quality checks.

• Maintenance Departments: Preventive maintenance to avoid unexpected breakdowns.

• Prevents Electrical Failures: Early detection of insulation breakdowns reduces the risk of fires and equipment damage.

• Compliance: Helps industries comply with IEC, ISI, and other national and international electrical safety standards.

• Cost-Effective: Reduces maintenance costs by detecting potential issues early.

• User-Friendly: Minimal training is required to operate modern HV Testers.
  
  

  Conclusion

  Investing in a High Voltage Tester is crucial for any organization dealing with electrical systems. It not only ensures the safety of personnel but also prolongs the life of equipment by detecting and preventing insulation failures. With precise measurement, reliable performance, and user-friendly operation, HV Testers are a must-have tool for industrial, laboratory, and utility applications.

A Spark Tester is a vital electrical testing instrument designed to check the quality of insulation in wires and cables. By applying a high-voltage current, it helps detect even the smallest defects such as pinholes, cuts, weak spots, or cracks in the insulation layer. This ensures that the final product is reliable, safe, and compliant with industry standards. Widely used in cable manufacturing, electrical industries, and quality control laboratories, Spark Testers are essential for maintaining high standards in electrical safety.

We offer all types of Spark Testers including Portable Models, Bench-top Units, and Advanced High Voltage Digital Models to suit different industrial requirements.

1. Portable Spark Tester

   • Compact, lightweight, and easy to carry

   • Voltage range: 5kV 10kV

   • Ideal for quick field inspections and on-site testing

2. Bench-top Spark Tester

   • Heavy-duty model for industrial use

   • Voltage range: 15kV 30kV

   • Commonly used in manufacturing units and laboratories

3. High Voltage Spark Tester (Digital / Advanced Models)

   • Voltage range up to 50kV

   • Digital display, adjustable voltage, automatic trip function

   • Suitable for precise and advanced cable insulation testing

• Wide adjustable voltage range (5kV 50kV depending on model)

• Highly accurate fault detection

• Non-destructive testing method

• Rugged construction and long service life

• Available in both Analog and Digital versions

• Ensures reliable testing of PVC, XLPE, Rubber, and other insulated cables

• Cable and wire insulation testing

• Power cable manufacturing industries

• Electrical product quality control labs

• Field inspection and service testing

• Research & Development centers and educational institutes

• Voltage Range: 0 50kV (Model specific)

• Display: Analog / Digital

• Power Supply: 230V AC, 50Hz

• Types Available: Portable / Bench-top

• Safety Features: Automatic shutdown, leakage detection

We provide high-quality Spark Testers designed as per international safety standards. With competitive pricing, prompt delivery, and reliable after-sales support, we have become a trusted name in the industry. Whether you require a portable solution for on-site testing or a high-voltage advanced tester for large-scale manufacturing, we have the right product to meet your needs.

• Portable Spark Tester: 12, 000 18, 000 / Piece

• Bench-top Spark Tester: 20, 000 35, 000 / Piece

• High Voltage Spark Tester: 40, 000 55, 000 / Piece

• MOQ: 1 Piece

If you are looking for a reliable and durable Spark Tester to ensure superior insulation quality, our range of products is the ideal choice. With all types available Portable, Bench-top, and High Voltage Digital Models, we guarantee top-notch performance at the best price.

Impulse Generator is a high voltage testing device designed to generate controlled surge voltages to test the insulation strength and performance of electrical equipment. It is widely used in power plants, manufacturing units, research labs, and quality control laboratories to ensure the reliability and safety of transformers, cables, switchgear, surge arresters, and other high voltage equipment.

We provide all types of Impulse Generators Small Laboratory Models, Medium Range Units, and High Voltage Advanced Models to cater to diverse industrial requirements. Each model is designed for accuracy, durability, and compliance with international standards.

1. Small Laboratory Models

   • Voltage range: 100 kV 300 kV

   • Ideal for research labs and educational institutes

   • Compact, portable design for easy setup and operation

2. Medium Range Models

   • Voltage range: 400 kV 800 kV

   • Suitable for medium-scale manufacturing and testing units

   • High accuracy and reliable performance for industrial testing

3. High Voltage Models

   • Voltage range: 1000 kV 1200 kV

   • Advanced digital control with automatic monitoring

   • Used in power utilities, large-scale transformer and cable testing

• Generates Lightning Impulse & Switching Impulse waveforms

• Adjustable voltage and polarity (Positive/Negative/Both)

• Digital display and automatic control for precise testing

• High energy storage capacitor bank for stable impulse generation

• Sturdy construction ensuring long service life

• Safety features: Auto trip, discharge protection, leakage detection

• Complies with IEC standards for high voltage testing

• Transformer insulation testing

• Cable and wire insulation testing

• Surge arrester performance testing

• Switchgear testing

• Research & development in high voltage labs

• Quality control in manufacturing units

• Small Laboratory Models (100 kV 300 kV) 4, 00, 000 12, 00, 000

• Medium Range Models (400 kV 800 kV) 15, 00, 000 35, 00, 000

• High Voltage Models (1000 kV 1200 kV) 40, 00, 000+

Min Price 4, 00, 000
Max Price 40, 00, 000

Our Impulse Generators provide reliable, accurate, and durable high voltage testing solutions for all industrial and laboratory applications. With all types available Small, Medium, and High Voltage Models, we cater to diverse customer requirements while ensuring safety and compliance.

A Rectifier Transformer is a specialized electrical transformer designed to convert alternating current (AC) to direct current (DC) for industrial and power applications. It is widely used in electroplating, welding, battery charging, DC motor drives, and power supply systems. Rectifier Transformers provide high reliability, efficiency, and stable DC output under varying load conditions.

We offer all types of Rectifier Transformers Single Phase, Three Phase, Oil Cooled, Air Cooled, and Dry Type to meet diverse industrial requirements. Each transformer is designed to deliver optimized performance, long life, and minimal maintenance.

Types of Rectifier Transformers Available

1. Single Phase Rectifier Transformers

   • Compact design, suitable for small DC loads

   • Voltage range: 220V 440V AC primary

   • Provides stable DC output for low power applications

2. Three Phase Rectifier Transformers

   • High power capacity for industrial DC loads

   • Voltage range: 440V 11kV AC primary

   • Suitable for heavy-duty applications like electroplating, welding, and battery charging

3. Oil Cooled / Air Cooled Models

   • Designed for high efficiency and long life

   • Low maintenance cooling system (oil or air)

   • Ideal for continuous industrial operation

4. Dry Type Rectifier Transformers

   • Maintenance-free and environmentally friendly

   • Suitable for indoor installations

   • High insulation and thermal stability

Key Features

• Converts AC to DC with high efficiency

• Available in single-phase and three-phase configurations

• Voltage ranges from 220V AC to 11kV AC primary

• Oil cooled, air cooled, or dry type options

• Robust construction with low maintenance design

• Compliance with IEC and IS standards

• Stable DC output for industrial applications

Applications

• Electroplating and metal finishing

• Battery charging stations

• DC motor drives and industrial automation

• Welding applications

• Power supply systems for laboratories and manufacturing units

Price Range (Approx.)

• Small Single Phase Models: 50, 000 1, 50, 000

• Medium Three Phase Models: 2, 00, 000 5, 00, 000

• High Power Industrial Models (Oil / Air Cooled): 6, 00, 000 15, 00, 000

Min Price: 50, 000
Max Price: 15, 00, 000

A Phase Shifting Transformer (PST) is a highly specialized type of power transformer designed to control the power flow in electrical transmission networks. Unlike conventional transformers, which only step up or step down voltage, a phase shifting transformer introduces a controlled phase angle difference between the input and output voltages. This unique capability allows it to regulate active power flow, improve network stability, and prevent overload in parallel transmission lines.

In modern power grids, especially in interconnected networks, uneven load sharing between parallel lines is a common problem. A Phase Shifting Transformer helps solve this issue by altering the phase angle of the voltage, which directly controls the power flow through different paths. This makes it an essential device for utilities, industries, and power distribution companies where stable and efficient electricity supply is critical.

Our Phase Shifting Transformers are designed with advanced engineering to meet the highest industry standards (IS/IEC/ISO). They are available in a wide range of ratings, from 500 kVA up to 20 MVA, and can be customized for specific voltage levels such as 11 kV, 33 kV, or higher. Both oil-cooled and dry-type models are available, depending on the installation environment and customer preference.

The transformers are built with premium-grade copper/aluminum windings, robust insulation systems (Class B, F, or H), and high-efficiency designs achieving up to 98% performance levels. This ensures long service life, reduced energy losses, and reliable performance under continuous load conditions.

• Improved Grid Stability: Balances load between parallel lines and prevents system disturbances.

• Controlled Power Flow: Allows utilities to redirect power as per demand, ensuring optimal utilization of network capacity.

• Reduction of Loop Flows: Eliminates unwanted circulating currents in meshed networks.

• Customizable Design: Tailored to meet specific requirements of industrial and utility customers.

• Durability and Safety: Manufactured with robust enclosures, high-quality insulation, and protective systems for safe long-term operation.

Phase Shifting Transformers are widely used in:

• High-voltage transmission networks

• Power generation plants

• Heavy industrial facilities

• Utility distribution systems

• Interconnected grid systems requiring precise load management
  
  
  

  Why Choose Us?

  We are committed to delivering high-performance electrical solutions that meet the growing challenges of todays power sector. With our expertise in transformer technology, strict quality checks, and customer-centric approach, we ensure that every Phase Shifting Transformer we supply exceeds client expectations.

Concrete Mixer Machine Reliable Solution for Construction Projects Introduction

A Concrete Mixer Machine is one of the most essential equipment in the construction and civil engineering industry. It is used to combine cement, sand, gravel, and water to produce fresh and uniform concrete for various applications. Unlike manual mixing, a concrete mixer ensures proper blending of ingredients, resulting in strong and durable concrete. Whether it is a small-scale residential project or a large infrastructure development, concrete mixers play a vital role in delivering efficiency, saving time, and improving overall construction quality.

Types of Concrete Mixers

Concrete mixers are available in different models and capacities depending on project requirements.

• Manual Concrete Mixer: Suitable for small-scale projects and easy to operate.

• Semi-Automatic Concrete Mixer: Ideal for medium-size construction works with better productivity.

• Fully Automatic Concrete Mixer: Designed for large construction and industrial projects, ensuring maximum output with minimal labor.

• Portable Mixers: Mounted on wheels, these are highly mobile and suitable for site-to-site movement.

• Stationary Mixers: Fixed at one place, commonly used in batching plants and large infrastructure works.

Key Features

• Capacity Range: 100 liters to 1000 liters (customizable as per requirement)

• Drum Material: Fabricated from high-quality mild steel or cast iron for long life

• Mixing Speed: 20 25 RPM for uniform mixing

• Power Source: Available with electric motor or diesel engine options

• Automation Grade: Manual, semi-automatic, or fully automatic models available

• Durability: Heavy-duty construction ensures long-lasting performance even under tough site conditions

• User-Friendly Design: Easy to operate, maintain, and transport

Applications

Concrete Mixers are widely used in:

• Building construction

• Road and bridge projects

• Civil engineering laboratories

• Industrial and commercial complexes

• Infrastructure development projects

• Precast concrete works

Advantages of Using Concrete Mixers

• Saves time and reduces labor costs

• Ensures uniform mixing and consistency in concrete

• Portable models provide high flexibility at construction sites

• Suitable for both small contractors and large infrastructure companies

• Available in multiple models and capacities to match customer requirements
  
  

  Conclusion

  A Concrete Mixer Machine is an indispensable part of modern construction. With its ability to produce high-quality concrete efficiently and economically, it has become a trusted choice for contractors, engineers, and builders worldwide. Our range of concrete mixers, available in manual, semi-automatic, and fully automatic models, provides the perfect solution for every construction need. Durable, efficient, and cost-effective, our concrete mixers are the right investment for long-term success in the construction industry.

Cut and Bend TMT Bar – Customized Reinforcement Solution for Modern Construction Introduction

Cut and Bend TMT Bars are an advanced solution for modern construction requirements where precision, speed, and cost efficiency matter the most. Instead of performing manual cutting and bending of reinforcement bars at the construction site, these TMT bars are pre-processed at the factory using automated machinery. This ensures exact dimensions, accurate bends, and consistency in quality. As a result, construction companies can save both time and labor costs, while also reducing wastage of material.

Material and Grades

Our Cut and Bend TMT Bars are manufactured from premium-grade thermo-mechanically treated (TMT) steel, which is known for its superior strength and ductility. Available in different grades such as Fe-500, Fe-550, and Fe-600, these bars comply with IS standards and provide excellent bonding with concrete. The ribbed surface ensures better grip, while the high elongation property makes them highly suitable for earthquake-prone zones.

Process and Customization

Each bar is cut and bent using advanced CNC machines that guarantee accuracy as per design requirements. Whether it is U-bends, L-bends, hooks, stirrups, rings, or other customized shapes, our facilities can deliver bars exactly as per engineering drawings. This eliminates errors at site and improves construction speed. The bars are supplied in lengths and shapes as per the customer’s requirement, ensuring maximum utilization of steel and minimum wastage.

Key Features

• Manufactured from high-quality TMT steel (Fe-500 / Fe-550 / Fe-600)

• Precise cutting and bending using advanced machinery

• Available in diameters from 8 mm to 32 mm

• Saves labor and reduces site-time significantly

• Minimizes material wastage and improves cost-efficiency

• Earthquake-resistant with high tensile strength and ductility

• Suitable for high-rise buildings, bridges, dams, and industrial projects

• BIS/ISO certified for reliability and quality assurance

Applications

Cut and Bend TMT Bars are widely used in a variety of construction projects including:

• Residential and commercial buildings

• Infrastructure projects like highways, flyovers, and bridges

• Metro and railway construction

• Industrial structures, warehouses, and factories

• RCC foundations, columns, beams, and slabs
  
  

  Why Choose Us?

   

  By choosing our Cut and Bend TMT Bars, customers benefit from a reliable supply of high-quality reinforcement bars that are processed to perfection. Our focus on quality, timely delivery, and customer satisfaction makes us a trusted partner for builders, contractors, and infrastructure developers.

Premium Total Station Advanced Surveying Instrument for Maximum Accuracy Introduction

A Total Station is not just a surveying instrumentit is the backbone of every construction, mapping, and civil engineering project. In todays competitive world where accuracy, speed, and efficiency decide the success of a project, our Total Station ensures that you never fall behind. Whether you are a contractor, builder, surveyor, or government project engineer, this is the perfect solution for all your measuring and mapping needs.

Why Choose Our Total Station?

Unlike traditional theodolites or manual methods, our Total Station combines Electronic Distance Measurement (EDM), Angle Measurement, and Data Storage in one compact, easy-to-carry instrument. It allows you to measure angles, distances, elevations, and coordinates with unmatched precision. This means you save time, reduce manpower, and eliminate costly errors.

Key Applications

A Total Station is a must-have for:

• Construction Projects Road, Bridge, Dam, and Building Layouts.

• Land Surveying Plot division, boundary marking, and mapping.

• Mining Industry Underground and surface mine surveys.

• Infrastructure Development Metro, Railways, Highways, Smart Cities.

• Research & Education Engineering colleges and training institutes.

Wherever pinpoint accuracy is required, a Total Station is the ultimate solution.

Benefits You Cannot Ignore

• Faster Work Execution Complete surveys in half the time.

• Cost Saving Reduced manpower and zero material wastage.

• High Productivity Instant transfer of data to your laptop or computer.

• Easy to Operate Simple interface even for semi-skilled staff.

• All-Weather Use Performs reliably in hot sun, rain, or dust.

_{Invest in accuracy, invest in reliability, and make your projects more profitable with our advanced Total Station.}

Soil Testing Kit Accurate, Portable & Reliable Solution for Soil Analysis Introduction

A Soil Testing Kit is an indispensable tool for farmers, researchers, engineers, and construction professionals. It helps in determining the physical and chemical properties of soil with precision. Whether it is agriculture, civil engineering, or laboratory testing, a reliable soil testing kit ensures better decision-making and improved productivity.

Why Choose Our Soil Testing Kit?

Our Soil Testing Kit is designed with the latest technology to provide quick, accurate, and reliable results. Unlike traditional testing methods that consume more time, this kit delivers soil analysis in minutes, saving both effort and cost. With its portable and user-friendly design, it can be used in the field, laboratory, or industrial sites without requiring technical expertise.

Key Features

• High Accuracy: Provides precise readings of soil nutrients, pH, and moisture levels.

• Multi-Parameter Testing: Capable of testing pH, NPK (Nitrogen, Phosphorus, Potassium), salinity, moisture content, and organic matter.

• Portable & Lightweight: Compact design with a carry case makes it easy to transport anywhere.

• Durable Construction: Made from stainless steel and ABS plastic, ensuring long service life.

• Easy to Operate: Comes with clear instructions and ready-to-use chemicals for instant testing.

• Stable Performance: Reliable under different environmental conditions.

Applications of Soil Testing Kit

1. Agriculture:
   Farmers can identify soil fertility, nutrient deficiencies, and required fertilizers for higher crop yields.

2. Civil Engineering:
   Before construction of roads, bridges, and buildings, soil testing helps engineers analyze strength and stability.

3. Laboratories & Research Institutes:
   Ideal for academic projects, government research, and soil quality improvement studies.

4. Environmental Studies:
   Used for detecting soil pollution and planning corrective actions for land restoration.

Benefits for Buyers

• Ensures better crop productivity by guiding accurate fertilizer use.

• Prevents construction failures by analyzing soil strength and composition.

• Saves time and cost by giving instant and reliable results.

• Enhances research accuracy for laboratories and institutes.
  
  

  Final Note

  Investing in our Soil Testing Kit means investing in accuracy, efficiency, and long-term results. Whether you are a farmer looking to boost crop yields, a civil engineer ensuring project safety, or a researcher analyzing soil samples, this kit is the perfect choice. With its proven reliability, durable build, and ease of use, our Soil Testing Kit is a must-have for anyone dealing with soil analysis.

  
  
  

Introduction

A Cube Testing Machine (CTM) is a vital equipment used in the construction and civil engineering industry to determine the compressive strength of concrete cubes. It ensures that the concrete used in projects like buildings, bridges, dams, and roads meets the required strength and quality standards.

Why Our Cube Testing Machine?

Our CTM is designed with high-grade steel, precision load measuring systems, and durable hydraulic mechanisms. It guarantees accurate results under different test conditions. Available in 100 Ton to 300 Ton capacities, the machine caters to small labs as well as large-scale construction projects.

Key Features

• High Accuracy: Provides exact compressive strength results of concrete cubes.

• Durable Build: Fabricated with heavy-duty steel body for long-term usage.

• Multiple Variants: Available in Manual, Hydraulic, and Digital models.

• User-Friendly: Simple to operate, minimal maintenance required.

• Portable Models: Suitable for on-site testing where lab setup is not possible.

Applications

• Construction Industry: Quality assurance of concrete before usage in RCC structures.

• Civil Engineering Labs: Used in research, academics, and testing of concrete materials.

• Quality Control Departments: Ensures compliance with IS/ASTM standards.

• Infrastructure Projects: Bridges, highways, dams, and multistorey buildings.
  
  

  Final Note

  Investing in our Cube Testing Machine ensures that your construction projects are backed by tested and certified concrete strength. With its high durability, reliable performance, and precision testing, our CTM is a trusted choice for engineers, contractors, and quality control labs worldwide.
  
  

  (Depends on capacity 100 Ton, 150 Ton, 200 Ton, 300 Ton and type manual / digital / hydraulic)

Aggregate Testing Equipment For Civil Engineering & Construction Labs

Aggregate Testing Equipment is designed to evaluate the strength, hardness, impact resistance, and durability of aggregates used in construction projects. These tests ensure that aggregates used in concrete, road work, and civil structures meet the quality standards of IS and ASTM specifications.

Our Aggregate Testing range includes equipment like Los Angeles Abrasion Testing Machine, Aggregate Impact Tester, Density Basket, Sieve Set, Flakiness & Elongation Index Gauge, Aggregate Crushing Value Apparatus, and Sand Equivalent Shaker.

Each instrument is manufactured with precision using high-grade Mild Steel and Stainless Steel for long service life, accuracy, and easy maintenance. All models are supplied with complete accessories and can be customized for laboratory or field testing needs.

• High accuracy and repeatability in test results

• Durable steel body construction

• Easy operation and low maintenance

• Conforms to IS: 2386 & ASTM standards

• Suitable for Civil Engineering Labs and Quality Control Testing

  Other Specifications

  • Portable and Lab Use Designs Available

  • Precision Machined Components

  • Powder-Coated Finish for Rust Protection

  • Supplied with Standard Accessories

  • Long Life and Reliable Performance

    Range of Equipment

    Our collection includes:

    • Los Angeles Abrasion Testing Machine For testing the hardness and abrasion resistance of aggregates.

    • Aggregate Impact Tester Measures the impact value and toughness of aggregates.

    • Aggregate Crushing Value Apparatus Determines the crushing strength of aggregates under compression.

    • Flakiness and Elongation Index Gauges Checks the shape characteristics of aggregates.

    • Density Basket Measures the specific gravity and water absorption of coarse aggregates.

    • Sieve Set with Shaker For accurate particle size distribution analysis.

    Each instrument is designed with user-friendly operation, ensuring precise readings with minimal maintenance requirements.

Industrial Safety Helmets Strong Head Protection for Construction & Electrical Work

Ensure maximum head protection and workplace safety with our Industrial Safety Helmets, designed as per international standards for industrial, construction, and electrical applications. These helmets are made using high-impact resistant ABS and HDPE materials that provide superior strength, durability, and long-lasting performance under tough working conditions.

Our safety helmets are ergonomically designed for comfort, with adjustable headbands, chin straps, and ventilation slots to ensure easy breathability and a secure fit. Each helmet comes with a 4-point or 6-point suspension system that effectively absorbs shock during impact, minimizing the risk of headinjuries at job sites.
They are available in various colors such as Yellow, White, Blue, Red, Green, and Orange, ideal for identifying different teams or safety zones. The helmets also support additional accessories like ear muffs, face shields, and headlamps, making them versatile for multiple environments.

These helmets are widely used by construction companies, electrical contractors, engineers, and factory workers across India. Every piece is tested for impact resistance, flammability, and penetration as per IS 2925:1984 / EN 397 standards to ensure complete worker protection.

By choosing our Safety Helmets, you ensure your workers safety while complying with site safety regulations. Strong, stylish, and reliable these helmets are a must-have for every industrial or project site.

Key Features:

• High-impact resistant ABS/HDPE shell

• Adjustable head strap and chin guard

• Lightweight and comfortable design

• Ventilated for better airflow

• Compatible with face shields and ear protectors

• Shock and impact resistant

• Available in multiple colors

  Our helmets feature an ergonomic and aerodynamic design, making them ideal for hot and humid Indian weather. With advanced ventilation slots, adjustable chin straps, and sweat-absorbing inner padding, they ensure all-day comfort while maintaining the highest safety levels.

  Whether its construction workers, engineers, electricians, welders, or industrial operators, these helmets offer unmatched safety and reliability for every professional working in hazardous environments.
  
  
  

  Why Choose Our Helmets?

  Our helmets are used by top EPC contractors, builders, and electrical companies across India. With custom logo printing, durable material, and precise design they deliver unmatched protection and professional appearance on every project site.