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Our Products
Our product range contains a wide range of Helium Vessel, Cryo Canes, Cryo Sleeves, Three Shelf Trolley and Microbial Freeze Drying Buffer, Filter Sterilized
Cryo labels are specialized adhesive labels designed to withstand the rigorous conditions of cryogenic environments, including storage in liquid nitrogen, ultra-low temperature freezers, and dry ice transportation. These labels are essential for laboratories, biobanks, and pharmaceutical facilities that require reliable sample identification under extreme cold conditions.
Key Features:
Extreme Temperature Resistance: Designed to endure temperatures as low as -196°C (liquid nitrogen) and up to +121°C, ensuring label integrity in various cryogenic storage conditions.
Strong Adhesion: Equipped with a solvent-resistant, permanent adhesive that adheres securely to a variety of surfaces, including plastic, glass, and metal, even in frozen states.
Durability: Resistant to moisture, chemicals, and abrasion, maintaining legibility and adhesion through multiple freeze-thaw cycles.
Printable and Writable Options: Available in formats compatible with thermal transfer and laser printers, as well as options for manual writing, accommodating various labeling needs.
Versatile Applications: Suitable for labeling cryovials, microtubes, freezer boxes, racks, and other laboratory containers requiring long-term identification.
Our company is engaged in offering a wide range of Single Cylinder Trolleys, which is used for the bulky jumbo (big) cylinders as well as small cylinders. These trolleys are specially designed to hold and transport heavy compressed gas cylinders. Our range has an arc welded tubular steel construction for strength and all models roll quietly and smoothly on large solid rubber tired wheels and castors for easy movability over rough or even surfaces.
Features
A foldable platform trolley is a versatile and practical tool designed to facilitate the easy transportation of heavy or bulky items across various environments, including homes, offices, warehouses, and retail spaces. Its collapsible design ensures convenient storage when not in use, making it an indispensable asset for both personal and professional settings.
Key Features:Foldable Design: The trolley's handle can be folded down, allowing it to be stored compactly in tight spaces such as closets, car trunks, or under workbenches.
Sturdy Construction: Typically made from durable materials like steel or high-strength polypropylene, these trolleys are built to withstand heavy loads and frequent use. For instance, the Equal 600kg Capacity Plastic Foldable Platform Trolley is crafted from robust plastic with a tubular steel handle, supporting up to 600 kg of weight.
Maneuverability: Equipped with four wheelstwo swivel and two fixedthese trolleys provide smooth and easy movement, even under heavy loads. The wheels are often designed to be silent and non-marking, ensuring quiet operation and protection of floor surfaces.
The Raychem Diaphragm Type Domestic Gas Meter (Model G1.6) is a precision-engineered mechanical gas meter designed for accurate measurement of low-flow gas consumption in residential applications. Manufactured by Raychem RPG in India, this meter complies with the European Standard EN 1359, ensuring reliability and performance in domestic gas metering.
Key Specifications
Flow Range: 0.016 to 2.5 m³/h
Cyclic Volume: 0.52 dm³
Maximum Operating Pressure: 0.20 bar
Minimum Starting Flow: < 0.5 m³/h
Accuracy: ±3% at low flow rates, ±1.5% at higher flow rates
Operating Temperature: -20°C to +45°C
Material: Steel casing with corrosion-resistant coating
Certifications: BS EN 1359:1999
High Accuracy: Ensures precise measurement of gas consumption, even at low flow rates, suitable for cooking applications.
Durable Construction: Steel casing with corrosion-resistant coating enhances longevity and reliability.
Compliance with Standards: Manufactured in accordance with BS EN 1359:1999, meeting international quality and safety standards.
Low Starting Flow: Capable of measuring low gas flows, ideal for domestic cooking needs.
Easy Integration: Compatible with optional low-frequency pulse transmitters for integration into automated meter reading (AMR) systems.
Simple cold traps, also known as cold fingers, are for standard applications in conjunction with vacuum pumps. Moisture or solvents are condensed out in the chemical application area. The cold trap is used to protect the vacuum pump. The special feature of this design is that the user does not need a tripod to hold the cold trap. The cold trap has a bead with which it is hooked into the support ring of the Dewar flask. The cold trap can therefore be changed quickly and easily. LN2 or CO2 is used for cooling. The coolant should be at least 50°C colder than the condensation temperature of the substance.
Application:
Deliverable:
Our company is offering a wide range of IBP and INOX Liquid Nitrogen Container, which is designed to safely and conveniently transport and store small volumes of liquid nitrogen in laboratory or workplace. These are available in various capacities and sizes along with rack canisters. Our range combines superior vacuum design and multiple layers of super insulation technology to achieve superior thermal performance.
Models:BA-1.5, BA-2X, BA-3, BA-7, BA-11, BA-20, BA-23, BA-35, J-12, TA-1.5, TA-26, TA-35, TA-55
Features of Liquid Nitrogen Dewars :
Models:BA1.5, BA2X, BA3, BA7, BA11, BA20, BA23, BA35, J12, TA1.5, TA26, TA35, TA55
Cylindrical Dewar Flask:
Versatile application in the laboratory.
Made of borosilicate glass 3.3
High insulating capacity
Cylindrical Dewar Flasks can be used as an insulated container
Advantages:
High insulating capacity
Easy handling
made of borosilicate glass 3.3
available:
Dish Shaped Dewar Flask
Tempering of round bottom flasks
Cooling of small samples
made of borosilicate glass 3.3
Use as a hot or cold bath
Advantages:
Easy handling
Aluminum shell:
made of borosilicate glass 3.3
fully silver-plated
Liquid helium demands exceptional containment solutions to preserve its ultralow temperature (−269°C) and prevent rapid boil-off. Our advanced containers and transport systems ensure safe, efficient, and reliable handling for research, medical, industrial, and space-flight applications.
Key Features1. UltraLow Temperature Performance
Multi-layer, vacuum-superinsulation combined with radiation shields and exhaust-gas cooling reduces heat ingress, minimizing evaporation & enabling long-term helium storage.
2. Robust Pressure & Safety Management
Integrated vacuum seals, pressure-relief valves (typically 70mbar), and safety attachments regulate internal pressure reliably.
3. High-Integrity Construction
Crafted from corrosion-resistant stainless steel or low-temperature alloys to withstand stresses and cryogenic exposure
4. Range of Sizes & Certifications
Transport vessels: small dewars (30–1, 000L) up to mobile units (250–380L) and ISO-frame containers (e.g. 41, 600L) for road & maritime use
5. Optimized Mobility & Handling
Many units include stable, lockable castors or forklift-friendly ISO frames for easy movement .
Internal suspension systems help minimize stress during transport via road, rail, air, or sea .
6. Economical & Sustainable Operation
Exceptionally low evaporation rates (0.9–1.3% per day), significantly reducing helium loss and operating cost.
Efficient use of latent boiloff gas for insulation cooling reduces reliance on external cooling systems .
Cryo gloves have been specially developed for the handling of very cold objects. Typically they are used for handling objects stored in the vapor stage of liquid nitrogen (ranging from -120C to -190C).
At actual liquid nitrogen temperature there is some stiffening of the material, but it still remains flexible enough for use.
These gloves are also very useful for other situations where low temperatures are an issue such as storage freezers, cold rooms, the handling of 'dry ice ' and microtomes. Manufactured to European standard EN511
The Gaiters offer the same technology and protection as that of the Frosters Cryogenic Gloves and suits.
The gaiters offer optimum protection for the lower legs and feet against the effects of spills and splashes of cryogenic material including Liquid Nitrogen & LNG.
Velcro fastening. Ideal Cryogenic PPE. Category III.
The Tilting Trolley for Liquid Nitrogen Containers is a specialized equipment designed to facilitate the safe and efficient transportation of cryogenic tanks. Ideal for laboratories, medical facilities, and industrial settings, this trolley ensures secure handling of liquid nitrogen (LN) containers, minimizing the risk of spills and enhancing operational efficiency.
Key Features
Robust Construction: Crafted from high-quality materials such as mild steel or stainless steel, ensuring durability and resistance to the extreme cold temperatures associated with liquid nitrogen.
Tilting Mechanism: Equipped with a tilting feature that allows for controlled pouring and decanting of liquid nitrogen, reducing the risk of splashes and spills.
Enhanced Mobility: Fitted with heavy-duty wheels or casters, enabling easy maneuverability across various surfaces, including laboratory floors and industrial environments.
Safety Features: Designed with safety in mind, featuring secure locking mechanisms to prevent accidental tipping and ensure stable transportation of LN containers.
Versatile Compatibility: Compatible with a range of liquid nitrogen container sizes, from small dewars to larger tanks, accommodating diverse operational needs.
Streamline your lab operations with our Heavy-Duty Roller Base, expertly engineered to support and transport liquid nitrogen (LN2) containers safely and efficiently. Designed for durability and ease of use, this roller base is an essential accessory for any facility utilizing cryogenic storage. Key Features:
Universal Fit: Compatible with most standard LN2 Dewar containers, including popular models.
Heavy-Duty Construction: Built from reinforced steel or high-grade polymer (material may vary by model) to support heavy loads and ensure long-term durability in demanding environments.
Smooth Mobility: Equipped with four swivel casters, two of which lock for secure positioning, allowing effortless maneuverability across lab or clinical floors.
Corrosion-Resistant: Designed to withstand cold temperatures and condensation commonly associated with cryogenic applications.
Enhanced Safety: Reduces the risk of back strain and spills by allowing safe, stable transport of heavy cryogenic vessels.
Designed for precision and safety in cryogenic applications, this stainless steel funnel is engineered to facilitate the controlled transfer of liquid nitrogen (LN) into dewars, dry shippers, and other cryogenic containers.
Key Features:
Material: Crafted from high-quality SUS304 stainless steel, ensuring durability and resistance to extreme temperatures.
Design: Features a long leg design to prevent contact with the container's opening, allowing for smooth gas venting during the LN transfer process.
Handle: Equipped with a large handle, facilitating easy operation even when wearing thick cryogenic gloves.
Applications:
Ideal for laboratories and facilities handling cryogenic liquids, this funnel is suitable for:
Ensuring safe and controlled pouring of LN.
Preventing splashing and spillage during the transfer process.
We provide Aluminium cryo canes which are used to store cryo vials. This vial holder is used to storing embryos, cell lines etc. You can attach 5 vials in one cryo cane.
Aluminum Storage Canes are precision-engineered holders designed for organizing and transporting cryogenic vials within liquid nitrogen (LN) dewars or ultra-low temperature freezers. Crafted from lightweight yet sturdy aluminum, these canes provide secure, reusable support for biological samples—including 2mL and 5mL vials—designed to bend slightly for universal compatibility with major vial brands
Key Features & Benefits
Cryogenic-Grade Durability
Constructed from resilient aluminum, these canes withstand repeated exposure to extreme cold (down to –196°C in liquid phase) without warping, cracking, or corroding .
Secure Sample Organization
Designed with slots that hold 5 × 2mL or 6 × 5mL vials (depending on cane length), ensuring vials stay securely in place during handling and storage .
Universal Fit
Engineered to adapt—canes can be bent slightly to fit CryoTubes™, Nalgene™, Thermo Scientific™, and other major brands
Cryo Sleeves are durable, transparent PVC sleeves crafted to safeguard cryogenic vials stored in aluminum canes during handling, transport, and ultra-low temperature storage. Engineered for use in liquid nitrogen and cryogenic freezers, these sleeves offer reliability and convenience for laboratory and biobanking applications.
Key Features & Benefits
Robust Cryogenic Protection
Made from clear PVC, these sleeves securely encase vials within aluminum canes, reducing the risk of vial ejection or damage during handling and storage at cryogenic temperatures .
Cryogenic Temperature Safe
Ideal for freezing in liquid nitrogen or ultra-low freezers, the sleeves are designed to endure extreme cold without cracking or compromising sample integrity .
Enhanced Durability Over Cardboard
More rugged than cardboard alternatives, PVC sleeves resist tears, moisture, and degradation—offering long-term performance in demanding lab environments .
Full Sample Visibility
The clear material enables easy labeling visibility and rapid visual identification of vials—no removal needed—making sample retrieval efficient and error-free .
Universal Compatibility
Sized at approximately 14.5mm diameter × 275mm length, these sleeves fit standard aluminum CryoCanes.
The Liquid Nitrogen Withdrawal Device (LWD) enables seamless pressure-driven transfer of liquid nitrogen from Dewars—typically 25L, 35L, or 50L models—into smaller vessels or cryogenic systems. Compatible with industry-standard flanged necks, the unit clamps securely onto the Dewar
Key Features
Plugandplay flange design
Installs right over the Dewar neck without removal—simply attach, secure with springdisk/plunger or collar clamp, and go .
Consistent flow control
Faucet-style or ball-valve operation allows smooth on/off dispensing of LN; some models feature a phase-separator spout to avoid splashing.
The Liquid Nitrogen Measuring Scale is an essential tool designed for accurately determining the liquid nitrogen (LN) levels in cryogenic containers such as dewars and storage tanks. This manual measuring stick utilizes the principle of frost formation to provide a reliable indication of the LN level, ensuring safe and efficient management of cryogenic liquids.
Key Features:
Material: Constructed from durable stainless steel or corrosion-resistant plastic, suitable for low-temperature environments.
Length: Scale having length and marking for measurement as 30 Inches / 75 cm
Measurement Method: To use, immerse the measuring stick into the LN until it reaches the bottom of the container. After a brief period, remove the stick and observe the frost line that forms, indicating the liquid level.
Designed for accuracy and reliability in ultra-low temperature environments, the Cryo Marker is your go-to solution for labeling frozen samples, cryogenic vials, and cold surfaces. Engineered to perform at temperatures as low as -196C (-321F), this marker delivers bold, quick-drying ink that resists smearing, fading, and flaking even in liquid nitrogen or deep freezers.
Key Features:
Temperature Resistant: Works flawlessly in cryogenic conditions, including storage in LN2.
Permanent & Smudge-Proof: Quick-drying ink adheres strongly to glass, plastic, and metal surfaces.
Fine Tip for Precision: Ideal for detailed labeling on small surfaces such as microtubes and cryo vials.
Solvent-Resistant Ink: Withstands alcohol, water, and other common lab chemicals.
Whether you 're working in a laboratory, clinical setting, or cold chain logistics, the Cryo Marker ensures your labels remain legible and intact when it matters most.
Available Colors: Black, Green
Packaging: Single unit or multi-pack options
Face Shield is engineered to provide essential protection against the hazards associated with liquid nitrogen (LN) handling in laboratory, industrial, and medical environments. Designed to safeguard the face and eyes from potential splashes and cold burns, this face shield is a critical component of personal protective equipment (PPE) for tasks involving cryogenic materials.
This adaptable Browguard system delivers comprehensive face protection with an easy-to-fit polycarbonate face screen, available with or without a chinguard for added versatility. The headband is designed for comfort and security, featuring either a slip or wheel ratchet adjustment to ensure a snug, personalised fit. Built with high-impact polycarbonate, the face screen offers exceptional clarity and durability, making it an ideal choice for rigorous work environments that demand reliable full-face protection.
Our Cylinder Regulator is two types of regulator that is available in brass chrome plated body with SS diaphragm and SS body with SS diaphragm. The regulator comprises of inlet & outlet pressure gauge. Inlet pressure gauge displays the total pressure of cylinder and outlet pressure gauge shows the regulated pressure.
Specification:
Our company is engaged in offering a wide range of Double Cylinder Trolleys, which is used for the bulky jumbo (big) cylinders as well as small cylinders. These trolleys are specially designed to hold and transport heavy compressed gas cylinders. Our range has an arc welded tubular steel construction for strength and all models roll quietly and smoothly on large solid rubber tired wheels and castors for easy movability over rough or even surfaces.
The Double Cylinder Trolley is a robust and efficient solution designed for the safe and convenient transportation of two gas cylinders simultaneously. Ideal for industrial, medical, and laboratory environments, this trolley ensures secure handling and mobility of cylinders such as oxygen, acetylene, and LPG.
Key Features:
Durable Construction: Crafted from high-quality materials like mild steel or corrosion-resistant alloys, ensuring longevity and resistance to wear and tear.
Safety Mechanisms: Equipped with safety chains or straps to securely hold cylinders in place during transit, minimizing the risk of accidents.
A Flashback Arrester is a vital safety device designed to protect personnel and equipment from the dangers of flashbacks and backfire in gas welding, cutting, and brazing operations. Engineered to stop the reverse flow of gases and extinguish flashback flames instantly, it ensures safe and reliable operation of fuel gas and oxygen systems.
Key Features:Flame Arresting Element
High-efficiency sintered stainless steel filter quenches flashback flames to prevent them from reaching the gas source.
Non-Return Valve (Check Valve)
Prevents reverse gas flow, eliminating the risk of gas mixing in hoses or cylinders.
Thermal Cut-Off Valve
Activates under excessive heat or sustained flashback conditions to shut off gas supply automatically.
Pressure-Sensitive Shut-Off (optional)
Some models include a pressure-activated mechanism for added safety in high-pressure situations.
Robust Construction
Built with corrosion-resistant brass or stainless steel for long service life and compatibility with most gas types.
The Three-Shelf Trolley is a smart, space-efficient mobile storage solution designed for seamless transport and organization across a wide range of professional and domestic environments. Whether in a workshop, hospital, office, or kitchen, this trolley offers quick access to tools, supplies, or materialsright where you need them.
Key Features:Three-Tiered Storage
Includes three spacious shelves, evenly spaced to allow for easy loading and access to items of various sizes.
Durable Frame
Constructed from high-grade steel or powder-coated metal (material optional based on model), ensuring long-term strength and resistance to corrosion or damage.
Smooth-Glide Castor Wheels
Fitted with four 360 swivel wheelstwo with locking brakesfor stable movement and secure positioning.
High Load Capacity
Each shelf supports up to 4080 kg (model-dependent), ideal for transporting equipment, documents, food trays, cleaning supplies, or tools.
Ergonomic Push Handles
Integrated handles on either side provide comfort and control during use.
The Two-Shelves Mild Steel Trolley is a versatile and robust mobile storage solution designed for industrial, commercial, and institutional use. Engineered from high-quality mild steel, this trolley offers dependable strength and mobility for transporting tools, equipment, or supplies across workspaces.
Key Features:
Heavy-Duty Mild Steel Construction
Built for durability, the trolley frame is crafted from powder-coated mild steel, offering excellent resistance to wear, corrosion, and impact.
Two Spacious Shelves
Featuring two flat, reinforced shelves with ample surface area to store or transport items securely.
Smooth Mobility
Fitted with high-quality swivel caster wheels—two with brakes—for smooth and controlled movement on various surfaces.
Ergonomic Design
Comes with a push handle for easy maneuverability, making it ideal for workshops, warehouses, hospitals, offices, and laboratories.
Load Capacity
Capable of supporting up to 100–200 kg (varies by model), making it suitable for both light and medium-duty tasks.
We supply quality range of Cylinder Cabinets which are an essential safety solution designed to securely store and protect gas cylinders in various environments, including laboratories, medical facilities, and industrial settings. This cabinet ensures compliance with safety regulations and provides a secure, organized space for cylinder storage.
Key Features:
Durable Construction: Crafted from high-quality cold-rolled steel plates, the cabinet is treated with acid pickling and phosphating passivation. The surface is coated with electrostatic spraying of epoxy powder, offering resistance to acid, alkali, and rust. Some models feature double-wall construction with fire-resistant materials for enhanced safety.
Ventilation: Designed with PASS holes on both sides to ensure proper airflow inside the cabinet, reducing the risk of gas accumulation.
Alarm System: Advanced models feature an automatic alarm system that detects combustible gases such as methane, acetylene, and hydrogen. Upon detection, the system alerts users and activates an exhaust fan to ventilate the cabinet.
Our range of Cylinder Trolleys is finished with scratch resistant, high gloss and electrostatically applied oven baked powder coat. These are catering to the requirements of diverse industries such as material handling, welding, gas cylinders and safety equipment.
Our company is engaged in offering a wide range of Cylinder Trolleys, which is used for the bulky jumbo (big) cylinders as well as small cylinders. These trolleys are specially designed to hold and transport heavy compressed gas cylinders. Our range has an arc welded tubular steel construction for strength and all models roll quietly and smoothly on large solid rubber tired wheels and castors for easy movability over rough or even surfaces. Call on
Material Handling Equipment (MHE) encompasses a wide range of mechanical tools and systems designed to facilitate the efficient movement, storage, control, and protection of materials and products throughout manufacturing, warehousing, and distribution processes. These tools are essential for optimizing workflows, enhancing safety, and improving overall operational efficiency.
We supplyHydraulic Pallet Truck, Hydraulic Scissor Lift, Hydraulic Floor Crane, Hydraulic Drum Lifter And Tilter, Fixed Mast Stacker, Semi Electric Stacker, Counter Balance Stacker, Jib Crane, Semi Electric Order Picker, Industrial Conveyors, Drum Tongs, Drum Trolley, Drum Trolley Stand, Coolant Feeding Trolley, Induction Furnace Charging Rail Trolley, Drum Handling Attachment, Industrial Work Table, Straddle Stacker With Adjustable Forks.
Schlauch PVC Hose Transparent Versatile, Durable, and Transparent Tubing Solution
The Schlauch PVC Hose Transparent is a high-quality, flexible tubing designed to meet the diverse needs of various industries. Made from premium polyvinyl chloride (PVC), this hose offers exceptional clarity, allowing users to visually monitor the flow of liquids and gases, ensuring optimal performance and safety.
High Transparency:The clear PVC construction provides excellent visibility, enabling easy monitoring of the internal flow and detection of any blockages or impurities.
Flexible and Lightweight:Designed for easy handling and installation, the hose can be bent and maneuvered in tight spaces without kinking or compromising flow.
Durable Construction:Resistant to abrasion, ozone, and weathering, ensuring a long service life even in challenging environments.
Chemical Resistance:Suitable for conveying a wide range of liquids and gases, offering good resistance to various chemicals.
Temperature Range:Operates effectively within a temperature range of -10C to +60C, accommodating various operational conditions
CryoSpa Mini Ice Bath: Therapy On The Move
Helps prevent tennis elbow, golfers elbow, pitchers elbow etc.
A big challenge for racquet sports and throwing sports is how to minimise the risk of arm injuries such as pitchers elbow, tennis elbow and golfers elbow.
The CryoSpa Mini is a portable ice bath, which has been designed for lower arm therapy. With a compact design it is easy to operate and ideal for treatment at tournaments, at away matches or at home.
Including a built-in chiller with digital temperature control the CryoSpa Mini enables you to chill the water as low as 5C/40F. This low temperature combined with massage jets provides intense chilling and accelerated recovery for the lower arm, which makes it ideal for throwing and racquet sports.
The CryoSpa Mini ice bath is, also, particularly suitable for wheelchair athletes and has proven to be very popular at Wimbledon during the annual tennis Championships.
Do your athletes or players compete regularly away from home, preventing optimum post-exercise recovery protocols, such as cold-water immersion using a conventional ice bath or CryoSpa?
Are you fed up using low quality ice baths without a chiller, meaning you have to source ice and spend time trying to manually regulate the temperature in the ice bath? A pointless task as the temperature rises rapidly after usage by the first few players.
Wouldnt it be great if your inflatable ColdSpa ice bath included digitally controlled temperature so that your players could achieveoptimal recoveryeven when away from home? And even better if it all came in a standard sized Transit Case?
With the ColdSpa you can benefit from theconvenience of an Inflatable Ice Bathwithout the drawbacks:
The ColdSpa includes a digitally controlled chiller and an inflatable ice bath which accommodates up to 4 athletes your mobile ice bath therapy solution.
Round Bottom Flask 3 Neck, Center 19/26 & 2 Angled Side Neck 14/23, 500 Ml
The Round Bottom Flask with three necks is a versatile laboratory glassware designed for complex chemical reactions and distillation processes. Crafted from high-quality borosilicate glass, this flask offers exceptional thermal resistance and chemical durability, making it ideal for applications requiring precise heating and controlled reactions.
Key Features:
Material: Made from borosilicate glass, known for its low thermal expansion and high resistance to thermal shock, ensuring longevity and safety during experiments.
Design: Features a spherical bottom shape that facilitates uniform heating and efficient mixing of contents.
Neck Sizes: Standard ground glass joints, commonly 24/29 or 29/32, compatible with a wide range of laboratory equipment.
Our company is offering a wide range of IBP & INOX Liquid Nitrogen Containers which is designed to safely and conveniently transport and store small volumes of liquid nitrogen in laboratory or workplace. These are available in various capacities and sizes along with rack canisters. Our range combines superior vacuum design and multiple layers of super insulation technology to achieve superior thermal performance.
Liquid Nitrogen container Models:IDS-1, IX-2, IR-3, IR-7, IR-10, IX-20, IX-35, IX-47, IN-30, IN-50
Features of Liquid Nitrogen Dewars :
Features of Dry shipper:
Dry shippers are Dewars that are designed for the safe shipment of specimens at liquid nitrogen temperatures without the risk of spilling liquid nitrogen.
Dry shipper Models:IDS-1.5, IDS-3.9, IDS-7.8, IDS-10.5
Tissue culture dishes are essential laboratory tools designed for the cultivation and observation of cells in vitro. Manufactured from optically clear polystyrene, these dishes provide a sterile environment conducive to cell growth and experimentation. They are available in various sizes and surface treatments to accommodate different cell types and research requirements.
Key Features
Optically Clear Polystyrene: Ensures distortion-free microscopic visualization of cells.
Surface Treatments:
Standard Tissue Culture (TC) Surface: Hydrophilic surface with negatively charged functional groups to support cell attachment and spreading.
Corning Primaria Surface: Incorporates nitrogen-containing functional groups to support improved attachment, spreading, and differentiation of some cell types.
Vented Lids: Designed to allow gas exchange, reducing the risk of contamination and supporting cell respiration.
Stackable Design: Facilitates efficient storage and handling in laboratory settings.
We are engaged in offering Valve Guards & Caps, which are used to protect cylinder valves. A Valve guard helps in avoiding accidents since it tightens the cylinders filled with high pressure gas. These are generally used while transporting filled cylinders.
Valve Guards are robust protective devices engineered to shield vulnerable valves and pipes from physical damage, chemical exposure, and environmental wear. Essential in industrial, commercial, and on-road applications, they safeguard critical components against impact, corrosion, and accidental tampering.
Impact & Abrasion Resistance
Crafted from materials like high-grade steel, aluminum, or corrosion-resistant polymers, Valve Guards act as shock absorbersprotecting valves from damage when scrapping against rough terrain or physical obstacles.
Mitigation of Leaks & Operational Downtime
By preventing direct valve strikes and spray-outs, these guards drastically reduce the risk of leaks, ruptures, or forced detachment, saving on costly repairs and downtime.
Chemical & Environmental Protection
Options like PTFE (Teflon), PVC, HDPE, or stainless steel protect against corrosive substances, UV exposure, and extreme temperaturesideal for chemical plants, oil & gas, or offshore operations.
Cost Savings & Safety
These guards are a cost-effective solution with an ROI of over 300%, reducing maintenance, preventing accidents, and boosting personnel morale by minimizing safety risks
Temperature control beakers are double-walled containers that can be used to control the temperature of liquids or solids. Standard tempering beakers are available in borosilicate glass 3.3 to DIN/ISO 3585 or in stainless steel. Hose olives are fitted as standard connections for the temperature control jacket. The temperature is normally controlled via a recirculating chiller.
In addition to the standard temperature control beakers, customized versions are also manufactured. The dimensions, volume and temperature control medium connections can be adapted to customer requirements. Possible tempering medium connections are glass threads, flat flanges, special olives or spherical ground joints.Application:
It is a two neck or double neck round bottom flask having side neck is used fordistillation purposes.It has a Glass stopcock which is a constant pressure retention has conical ground is manufactured from heat resistant boro-silicate comes in various capacities and stop cock .
157 mm (approx.)O.D.102 mm (approx.)
Our company is offering a wide range ofStainless Steel Liquid Nitrogen Flasksavailable in various sizes and capacities as per their required applications. Fabricated from stainless Steel or glass for use with liquid nitrogen in a wide range of applications, these combine strength with vessel performance. These are mainly used in laboratory and industrial applications and are available in capacities such as 100 Ml to 8000 liters.
Application:
Advantages:
Accessories:
Our company offers large capacities of Stainless Steel Self Pressurized TPV Vessels, storage and transport vessels for Liquid Nitrogen and Argon. These storage vessels are equipped with the feature of self pressuring storage. Available in capacities from 30 to 500 liters, these are suitable for a host of applications for medical research and cryo-biological fields. These are designed to automatically maintain pressure at a pre-set level using the pressure control regulator and supply gaseous products via an internal gas use vaporizer. Our range is also available from 120 to 950 liters.
| 30 | 60 | 120 | 160 | 200 | 240 | 300 | 400 | 500 | 950 | |
| Net Capacity (ltr) | 30 | 60 | 120 | 160 | 200 | 240 | 300 | 400 | 500 | 950 |
| Diameter (mm) | 410 | 460 | 535 | 640 | 640 | 690 | 690 | 765 | 1000 | |
| Height (mm) | 794 | 998 | 1281 | 1369 | 1471 | 1410 | 1510 | 1717 | 1370 | |
| Base Dims (mm) | 425x425 | 1200x1200 | ||||||||
| Weight Empty (kg) | 36 | 48 | 81 | 95 | 112 | 120 | 130 | 176 | 209 | |
| Weight Full LN2(kg) | 60 | 56 | 178 | 224 | 274 | 314 | 372 | 499 | 613 | |
| Maximum Working | ||||||||||
| Pressure (bar) | 3 | 3 | 3 | 3 | 3 | 3 | 3 | 3 | 3 | 3 |
| Static Evaporation | ||||||||||
| Rate (% Per Day) * | 3.3 | 2 | 1.2 | 1.1 | 0.9 | 0.8 | 0.8 | 0.7 | 0.6 |
The Greenglobe Meter Regulator with Automatic Reset is a high-performance gas pressure regulator designed for domestic and light commercial applications. Engineered for precision, safety, and ease of use, this regulator ensures stable outlet pressure even under fluctuating inlet conditions, making it ideal for use with natural gas, LPG, and other fuel gases.
Key Features:Automatic Reset Function
Ensures uninterrupted service by automatically restoring gas flow after an over-pressure or under-pressure tripno manual intervention required.
Integrated Safety Mechanisms
Equipped with built-in Over Pressure Shut-Off (OPSO) and Under Pressure Shut-Off (UPSO) valves to protect downstream systems.
Precision Regulation
Maintains consistent outlet pressure with high sensitivity and stability across varying flow rates.
Durable Construction
Made from corrosion-resistant materials, suitable for indoor and outdoor installation.
Compliance & Standards
Manufactured in accordance with EN 88 and EN 334 standards for gas pressure regulation.
Compact & Modular Design
Space-saving form factor with integrated filters, test points, and pressure taps for quick installation and maintenance.
Microbial Freeze Drying Buffer (Filter Sterilized) is a proprietary solution of hydrolyzed plant protein (a substitute for bovine serum albumin) and carbohydrate lyoprotectant meant for the long-term preservation of microorganisms, including both bacteria and fungi. This formulation evolved from Reagent 18, a proven solution for microbial freeze drying described in the ATCC lyophilization manual. Superior to traditional additives like sucrose and skim milk, Microbial Freeze Drying Buffer has a 90% viability of bacteria andis free of all animal products and proteins. This buffer maintains microorganisms viability through freezing, water removal, and subsequent storage of freeze dried microbial samples.
This freeze drying buffer is sterile filtered and aseptically packaged in 500 ml PET bottles. The shelf life is two years at room temperature with no loss of functionality if aseptic techniques are employed.
D-Trehalose, Lyophilization Certified, is a lyoprotectant, which effectively maintains the conformation of proteins and other biomolecules as water is removed during the freeze-drying process. This non-reducing disaccharide (two glucose molecules linked by the anomeric carbon), provides the same type of protection during lyophilization that sucrose does, though D-Trehalose is less likely to cause sample collapse. D-Trehalose is a crystalline dihydrate powder with a molecular weight of 378.33 g/mol. It is soluble in water to 6.8 at 20 C. It is an effective lyoprotectant of proteins at a weight/volume concentration of 1%-2%.Each lot of our D-Trehalose is tested to ensure that it is effective at preserving protein structure and activity.
We stock highest quality of cryovials. These are of various capacities and various brands. Cryovials usually are 1.8 ml and 4.5 ml.
For Storing Aluminum Canes and Vials:
Tougher than silica, less expensive than stainless steel, and inert in most solutions; 100 m Acid Washed Zirconium Beads (Zirconium Silicate) are suitable for homogenizing pathogenic bacteria such asSalmonella typhimurium, Clostridium perfringens, andFilifactor alocis(including mycobacteria for DNA extraction). The 100 m Acid Washed Zirconium Beads are utilized in the production of the enzyme Sortase A fromEscherichia coli. This enzyme enhances gelation speed and stability, making it a valuable tool for in vivo applications and bioprinting. Additionally, these beads can serve as a sonication additive.
The 100 m Acid Washed Zirconium Beads are ready-to-use, treated with acidified water to remove fine particles, dust, and other impurities typically found in untreated beads. They are thenbaked to drive off organic impurities.
The HT Miniscompact design allows for rapid benchtop homogenization at a fraction of the cost of larger machines. The HT Mini accepts up to three 2 ml unskirted (i.e., conical bottom) screw capped microfuge tubes, offering ahomogenization speed range from 2800 RPM to 4000 RPM. The digital readout allows precise speed configuration and timing. The HT Mini can homogenize bacteria, fungi and yeasts, human muscle biopsies, soft animal tissues (e.g., small and large intestines, skeletal muscle, dorsal root ganglion), and plant samples (e.g., duckweed, Arabidopsis seedlings, embryo and pericarp of field-grown rice plants).
SYNERGY Plant DNA Extraction Kit features a proprietary chemistry combining a grinding/extraction matrix and buffer system that rapidly disrupts and removes contaminants from plant samples. The Kit is easy to use, requiring the user to simply add up to 50 mg plant tissue and 500 l Plant HomogenizationBuffer to 2 ml pre-filled Homogenization Tubes prior to bead beating. The homogenate is centrifuged to pellet cell debris and contaminants (such as polyphenols and protein), leaving the DNA in the supernatant. While this cleared lysate is suitable for many PCR applications, DNA can be further purified by alcohol precipitation, if necessary, for samples with very high levels of polyphenols.
The IsoPure Mini is an automated magnetic nanoparticle (MNP) extraction system designed to extract up to 16 samples at a time. This extraction instrument is ideal for researchers who regularly isolate nucleic acids but do not use 96 well plates. The IsoPure Mini uses the same technology as full size MNP systems, but miniaturized in both size and cost. Samples are loaded into columns 1 and 7 with MNPs while reagents for the extraction process are loaded in parallel to the remaining wells. The IsoPure has temperature control and is programmable using an Android operating device.
Automated extraction with the IsoPure Mini has been effectively used for plant nucleic acid purification using a modified Synergy homogenization protocol. The hybrid protocol provides better yields than leading competitor products at a much lower cost.
Less expensive than zirconium, 100 m Silica Beads are small, yet dense enough to disrupt most bacterial cells. Comparable to Lysing Matrix B.
Silica beads are available in Acid Washed, Low Binding, and and Molecular Biology Grade format. Since untreated beads are notorious for containing large amounts of debris and dust, all beads are acid washed, at a minimum, prior to packaging.
Low Binding Beads are chemically altered using a proprietary process to bind less biomolecules liberated from homogenized samples.
One of the more dense, inert, and economically priced media, these beads are ideally suited to lysis bacteria and small cells.
The beads are treated with acidified water to remove fine particles, dust, and other impurities typically found in untreated beads. Then, baked twice, first to drive off organic impurties, secondly to remove muclease and nucliec acid contamination.
Pre-Filled Homogenization Plates, like Pre-Filled tubes, are a convenient solution for labs seeking time saving high throughput solutions to homogenization. These plates are compatible with nearly all plate homogenizers. The unique design of the plates with the removable tubes allows for greater flexibility in sample preparation.
Our 2.8 mm Stainless Steel Grinding Balls can be used in 96 well plates or 2 ml microfuge tubes. Our 2.8 mm Stainless Steel Grinding Balls are made of 440C stainless steel, allowing them to be retrieved with a magnet, while also making them resistant to tarnishing.
All of our grinding balls are ready-to-use and have been treated to remove residual oils and contaminants prior to packaging.
Our ready-to-use15 ml Polycarbonate Vial Sets with Lined Capsare intended for researchers who require sample homogenization for extraction and/or analysis.Polyethylene-lined caps are recommended for wet grinding with buffers (for organic solvents use silicone-lined caps).The vial sets are extremely durable and can be submersed in liquid nitrogen and immediately homogenized, making them ideal for difficult-to-grind samples. Most samples that utilize 15 ml Polycarbonate Vial Sets with Lined Caps are cereal grasses such as corn, oats, sorghum, and winter wheat grains (switchgrass roots, rhizomes and shoots, and dry bean roots.)
2.1 ml polypropylene squared 96 deep well plate for multiple sample homogenization. Works well with 5/32 " stainless steel grinding balls, 6 mm zirconium oxide grinding balls and square well sealing mat. Case of 24.
Lyophilization Reagent (2X) Concentrate, which is a proprietary formulation that helps to simplify freeze drying. It is formulated from a combination of a lyoprotectant and a matrix excipient (or caking agent); these two components act synergistically to facilitate lyophilization and prevent any potential deleterious effects, like protein denaturation, caused by the sample preservation process. The unique formulation of this reagent allows for primary drying at relatively high temperatures (from -10 to -5°C), which helps to expedite lyophilization. It can be used at full strength or diluted 1:1 with samples prior to freeze drying.
To use this product, simply mix the clear Lyophilization Reagent (2X) Concentrate with an equal volume of sample, which should be prepared with a minimum amount of salt, and then freeze dry.
Mannitol, USP Grade and Lyophilization Certified, is a sugar alcohol (polyol) that is extremely useful for freeze drying proteins and other biomolecules, It is widely used as an excipient in pharmaceutical applications because it allows proteins, peptides and other biomolecules to be preserved without succumbing to chemical and physical degradation over time.
During freeze drying, Mannitol provides an amorphous (non-crystalline) matrix, which allows water to escape from samples, while simultaneously preventing the collapse of the sample. When using this excipient, proteins remain undisrupted during processing and channels form for water sublimation. Mannitol can be used in concentrations up to 10% w/v, though excellent matrices can be formed when used at 5% w/v.
Each lot of Mannitol is lyophilization certified. It has been tested on cell lysate preparations, demonstrating a 95% recovery of lactate dehydrogenase enzyme activity.
Bacterial Freezing Kit allows for a simple and convenient method for preserving bacteria directly from culture.Each vial, or Bacterial Freezing Tube, contains sterile3 mm glass beads and225 l 30% glycerol.Simply add 225 l of culture broth with actively growing cells, mix, label and freeze.The Bacterial Freezing Tubes can be used for storage at any temperature, although ultralow and cryogenic temperatures are most effective for long-term viability of bacteria.
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Bacterial Freezing Medium is a glycerol based solution that is designed to protect bacteria stored from temperatures from -20C to below -130C liquid nitrogen temperatures. Bacterial Freezing Medium is easy to use. Simply culture your bacteria to mid/late log phase, pellet by centrifugation, decant, and then resuspend the bacteria in an equal volume of Bacterial Freezing Medium. Cultures may also be concentrated or diluted in the medium as well.
CTAB Extraction Buffer is a widely-used reagent used to isolate DNA from plant tissues. Polysaccharides and polyphenols are problematic contaminants associated with DNA isolated from plants. CTAB Extraction Buffer effectively eliminates polysaccharides and polyphenols by employing the cationic detergent CTAB (hexadecyltrimethylammonium bromide or cetyltrimethylammounium bromide), and the polyphenol binding agent, Polyvinylpyrrolidone.
Nomex gloves & gauntlets are designed to offer highly effective protection against high temperatures & burns to the hands and lower arms yet still provide comfort, dexterity and outstanding durability. The material used in the construction of our gloves is Nomex, an aromatic polyamide whose outstanding features led to its use in astronauts suits.
Heat Resistant PPE: Offering Category III protection, this glove can withstand heat contact of 250C for 13 seconds without any harm to the user and for 40 seconds at 100C enough handling time for most practices.
Our Nomex range are available as gloves and gauntlets in small, medium, large and extra large sizes.
Working with high temperature processes requires total and sophisticated protection to ensure that the risk of burns is eliminated.
Made from the same material as our gloves this apron offers the same high performing protection from the risk of burns and at a very cost effective price.A growing number of hospitals, NHS trusts & crematoria are finding this apron to be an invaluable item in their demanding working environments. Heat Resistant PPE.
APR/NS - Small - Length 900mmAPR/NM - Medium Length 1000mmAPR/NL Large Length 1200mmAPR/NXL Extra Large Length 1400mm
Very strong hardwearing glove.
High levels of cut and puncture protection.
Withstands heat and flame well.
Waterproof Nitrile Liner
The Myriad gets in name because it covers so many protective elements. A popular, heavyweight glove developed for industry use where risk of high temperatures and cuts are a hazard. This knitted aramid glove with 100% cotton lining can withstand heat contact of 350 C for 18 seconds without any harm to the user and has excellent scores on cut tests.
When dexterity is of less importance, these Myriad gloves provide an excellent, more economical alternative to our Nomex range.
The gloves are 35cm in length and available in one size (Size 9)
ABS safety helmet system with integrated over spectacles to deliver grade B EN 166 impact protection and ANSI/ISEA Z87+. Also suitable for wearers of prescription eyewear.
Complete Respiratory Protection system with lightweight Flip up Polycarbonate visor maximising all-round vision and head coverage.
Powered Fresh Air Breathing Apparatus System. Air supplied from an electrical supplied blower system for longer duration.
Sana Ear Defenders offer a wide range of attenuation levels, from 25dB to 34dB, to suit the majority of industrial environments, providing protection against light industry noise through to extremely high noise levels.
The Sana range was developed to provide superior performance and enhanced comfort and fit as well as being fully compatible with Centurions safety helmets and face protection.
Sana Ear Defenders offer a wide range of attenuation levels, from 26dB to 36dB, to suit the majority of industrial environments, providing protection against light industry noise through to extremely high noise levels. The Sana range was developed to provide superior performance and enhanced comfort and fit.
The Nevis Fresh Air Breathing Apparatus (FABA) System is certified to the PPE Regulation to EN138:1994 Class 2 standard. The unpowered system should be used if there is no power available for the turbine or if the atmosphere where the turbine is to be sited does not permit the use of electrical equipment (for example a potentially explosive atmosphere).
Nexus SecurePlus safety helmet combines advanced industrial safety standards with modern recreational styling including a 4-point quick release chinstrap for added stability and comfort, with non-vented shell for improved electrical resistance.
The reactivity of fine lime during slaking is tested by measuring the temperature increase that occurs during its reaction with water as a function of the reaction time. This process is called NLK (wet erasure curve). The equipment and measuring method are based on EN 459-2.
For the reaction process, 150 +/- 0.5 g of undissolved lime is added to the Dewar vessel, which contains 600 +/- 1 g of distilled water at approx. 20 C. As the contents of the Dewar flask must be completely mixed throughout the entire duration of the experiment, this apparatus is equipped with an agitator (speed 350 +/- 1/min).
During the reaction, the heat energy released heats the water. The temperature increase is recorded by a high-quality temperature sensor and can optionally be transferred to software for evaluation.
Application:
Storage and transportation of aggressive waste materials in the laboratory.
Advantages:
The glass surface is only attacked by: Hydrofluoric acid, Heated phosphoric acid, alkaline solutions ( highly concentrated )
LN2 bath cryostats (Dewar flasks) are made of borosilicate glass 3.3 in accordance with DIN/ISO 3585 (DURAN) and are designed for use with liquid nitrogen. They are used as single cryostats or as LN2 cooling shields for liquid helium cryostats.
The cryostats are manufactured exclusively to customer order. Changes to dimensions, connections or volumes can usually be made at no additional cost. The LN2 cryostats listed in the table correspond to the most common dimensions and volumes. LN2 cryostats are supplied with opposing viewing strips as standard.
Of course, the cryostats can also be offered with a visible strip or fully silver-plated. The standard cryostats are offered as a pure glass part. For a small surcharge, they can be fitted with a base cap or with a protective aluminum cover and visible strips
LHe bath cryostats (Dewar flasks) are made of borosilicate glass 3.3 in accordance with DIN/ISO 3585 (DURAN) and are designed for use with liquid helium. As borosilicate glass 3.3 (DURAN) is not helium diffusion-tight, glass cryostats must be designed in such a way that they can be post-evacuated. A glass flange NW 25 with associated clamp and O-ring is used as a standard vacuum connection, so that the connection to the vacuum pump can be made with small metal flange components. On request, a vacuum glass tap or a bonded metal flange can also be offered as a pump flange.
The helium cryostats are manufactured exclusively to customer order. Changes to dimensions, connections or volumes can usually be made at no additional cost. The LHe cryostats listed in the table correspond to the most common dimensions and volumes. Lhe cryostats are supplied with opposing viewing strips as standard. Of course, the cryostats can also be offered with a visible strip or fully silver-plated.
In freezing systems, continuous ovens, painting ovens or tempering ovens, wherever extreme temperatures are used, precise temperature monitoring makes a significant contribution to the quality of the treated products. Heat treatment processes are often monitored with the aid of measurement data loggers, which move through the high and low temperature zones together with the product. As the operating temperature range of measurement data loggers usually only extends from 0C to approx. 60C, thermal insulation of the device is essential. ITET is a series of high-performance heat and freeze protection containers developed for a wide range of applications. Together with the data logger, they make it possible to record measured values during the process at the critical points of the product. The sensor is fixed to or in the product and measures the temperature profile there. No need for cumbersome handling with trailing cables.
Creating high-strength metal joints without compromising on quality or reworking: cold stretching is a simple and proven process for joining components together with a positive fit and in a short space of time. This technology is based on the physical law that metals contract shrink at cold temperatures. If the components are then reheated, they expand and thus create a firm hold. The advantages of cold stretching also known as cold shrinking are obvious:
The optimum equipment
Liquid nitrogen is suitable for achieving the low temperature required for cold stretching. Suitable, high-quality and certified equipment is mandatory when handling liquefied gas. We offer you a range of high-quality products in series production, but also accessories manufactured specifically to your specifications for your area of application.
In many cryogenic applications, such as shrinking shafts and bushings in LN2, deep-freezing components or biological samples, using LN2 as a coolant in cold traps, calibrating sensors in LN2, etc., it is important to maintain a constant LN2 liquid level. This can be achieved with the LN2 Level Control.With this LN2 Level Controller, the LN2 level can be set between a minimum and a maximum sensor and kept constant. This LN2 Level Control can be connected to almost any LN2 tank.
If the LN2 level falls below the minimum sensor, a signal is sent to the level controller. The level controller then opens a 24 volt LN2 solenoid valve, which is connected to the removal siphon of the LN2 storage container. The excess pressure in the LN2 storage tank forces the LN2 out of the tank and through a transfer line to the working dewar vessel. The LN2 flowing into the working dewar vessel raises the liquid level until the maximum sensor is immersed in the LN2. This cools down the maximum sensor and sends a signal to the level controller. This then de-energizes the solenoid valve so that it closes and interrupts the LN2 supply. If the LN2 level has fallen below the minimum sensor again after some time, the process described above is repeated.
The customized LHe lifters consist of two vacuum-insulated riser tubes to which additional, screw-on, non-insulated extensions can be attached. The LHe lifter also features a flexible, super-insulated intermediate piece. The LHe lifter is evacuated upon delivery. Each LHe lifter is delivered with a vacuum lock for subsequent evacuation. This allows the customer to subsequently evacuate their lifter to ensure minimal transfer losses.
KALTGAS is a temperature control system that relies on the low temperature of liquid nitrogen as a refrigerant. The liquid nitrogen is evaporated in a cryogenic vessel using a heater (jet). This creates a constant, cryogenic gas stream. By varying the heater (jet), both the cooling capacity and the gas flow volume can be modified, and by varying the jet power, the liquid nitrogen consumption can be reduced to the necessary minimum. The cryogenic gas stream is then piped to the object to be cooled through a vacuum-insulated, flexible metal line. A KALTGAS system can generate a gas stream as cold as -180C within just a few minutes.
rnIn most cases, this cold gas system is used only to generate the cold gas flow. This gas flow can be controlled volume-wise via a regulator. Since such a control system operates without counterheating, temperature stabilization is virtually impossible.
rnTo achieve good temperature and control stability, a post-heating module (heat exchanger) must be used. This can be connected directly to the hose or installed in a chamber in the immediate vicinity of the cold gas flow.
Theere are packed columns and Vigreux columns. Both column types are used for different applications. The columns on offer are all double-walled, vacuum-insulated and silver-plated. Vacuum insulation and silver plating result in improved and more reproducible separation behavior, as this considerably reduces the heat input from the ambient temperature. The vacuum reduces the contact heat and the silver plating reduces the radiant heat.
There arearound 400 different types of glass reaction vessels as standard. The reaction vessels are manufactured from 250 ml to 20 liters volume, in cylindrical or spherical shape, with flat, round or dished bottom. Laboratory flanges with an O-ring groove in accordance with DIN12214 are used as a termination. Two different valve types are available as standard, a torion-type valve (L valve) and a valve with spring pressure on the valve pin (J valve), as well as the spherical ground joint S40. All reaction vessels with a valve have no dead volume at the outlet.
IC Biomedicals Vapor Shippers provide peace of mind when you transport your valuable samples. Rugged construction and superior vacuum performance, enhanced by ICBs super insulation, provide maximum holding times.
IC Biomedical offers two types of vapor shippers. The
TheRevolutionSeries provides a set of significant, innovative features that help your biorepository operate at a higher level of security and regulatory compliance. Simple-to-use control features, ergonomic design and low operational costs make Revolution the safest choice for modern repositories. The Revolution Series consists of three modes: Evolution, Revolution and Revolution-SA
Built on a field-proven, time-tested platform, the LABS Precision Series offers monitoring, control and communication to support the operational requirements of modern biorepositories. Featuring highly efficient units with very low LN2 consumption and extremely stable near-liquid temperatures at the top of the inventory control systems, the LABS Series is the benchmark in biobanking cold storage equipment. Featuring the safety of electronic controllers that monitor and manage liquid level, temperature and a full array of alarms, K Series Cryostorage Systems provide sample storage solutions for either liquid or vapor phase applications when equipped with suitable inventory control systems.
Kalpesh Sanghavi (De - Luxe Trading Company)
Erandwana Co-op Housing Society CTS No-1240, Plot G,Near Dr Shyamprasad Mukherjee Garden Patwardhan Baug Erandawane, Erandwane, Pune, Maharashtra - 411004
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