Ms Haryana Plast Pvt. Ltd.

Ladwa, Kurukshetra, Haryana

Range :

Saffire Class Medium Class

Crystal Class Standard Class

Standard Plus Class Heavy Class

Super Heavy Class

SPECIFICATIONS :

• Maximum ambient temperature : 70 C
• Maximum installation depth : 350 m
• Installation : vertical, horizontal or inclined

APPLICATIONS

• Water rising for submersible and jet pump for irrigation, domestic, industrial mining, chemical distribution
• A good substitute for MS, ERW, GI, HDPE and SS column pipes.
• uPVC is nearly inert towards corrosion, chemical reaction and erosion. Hence, it is ideally suited for long term use in salty, sandy and chemically aggressive water.

INSTALLATION

• Since uPVC pipes are lighter, they are easy to handle, transport and install
• A typical installation is shown alongside.
• Special threads along with our BI-Lock Technology ensure quicker and safer installation

• USP Govardhan Column Pipes : Govardhan column pipes are manufactured with immaculate production
• technology to ensure the tensile strength in order to withstand the robust conditions of varied borewells.

Govardhan column pipes are imbibed with following features :

Bi Lock Technology : In order to ensure that the joint between coupler and pipe to be inseparable Govardhan column pipes are doubly locked with freezing lock containing utmost quality of adhesive and then re-assured by providing a stainless steel grub screw between them.

Double Cut Rings : Govardhan pipes are fitted with high grade double cut rings which ensure the infrangible lock at the borewell sites. Double cut rings makes the task of fitter lot more easier and immaculate by providing unshakable grip between two pipes

Specifications :

•  Suitable upto temperature 60 C (continuously) and 90 C (for short time).
• Size : 15 mm (0.50 inch) to 100 mm (4.00 inch)
• Available in SCH-40, SCH-80 and SCH-120
• Specifications followed : ASTM-D-1785
• Colours Available : White & Blue

Application :

Building constructions :

These pipes are suitable for water connections to bathroom, kitchens, washbasins and laboratories.

Portable water supply :

It can be used for commercial complexes, individuals homes, flats, offices, hotels, hospitals and transport terminals.

Industrial Applications :

Distribution of milks, fluids and gases in dairy plants, industrial estates, agriculture,  telecommunications and irrigation project etc.

Installations

Use of teflon tap recommended to avoid damage and subsequent leakage. Can also be jointed to metal pipes and fittings. No specia equipment required. Lesser time consuming than metal pipes.

Benefits :

• Light weight, easy to handle and transport.
•  Inert to acids, alkalis, oils and fats.
•  Smoother inside & outside surface
• Maintenance free
• Most economically in installation
• No Surface corrosion.
•  Tough and strong
•  Low frictional losses
•  Wear and abrasion resistance
•  Good thermal & electrical insulation

PVC (Polyvinyl Chloride) garden pipes are widely used for gardening and landscaping purposes. Here's an overview of PVC garden pipes, which might be relevant to your query:

PVC garden pipes are made from polyvinyl chloride, offering high durability and resistance to weather conditions. They are crack-proof and leak-proof, ensuring long- lasting performance.

Flexibility: These pipes are flexible, making them easy to handle and maneuver around garden spaces. They do not twist or tangle easily, which simplifies their use.

Eco-Friendliness: Many PVC garden pipes are manufactured without harmful chemicals, such as phthalates, and are non-carcinogenic. They are also UV stabilized to prevent degradation from sunligh 

Variety in Sizes and Colors: PVC garden pipes come in various sizes (e.g., 1/2 inch, 3/4 inch, 1 inch & 1.5 inches) and colors (e.g., yellow, blue, transparent), catering to different needs and preferences.

Applications: Besides gardening, these pipes are used for cleaning vehicles, equipment, and industrial purposes. They are versatile and can be applied in various settings.

Installation of PVC Garden Pipes

• For setting up a PVC garden irrigation system, follow these steps:

Plan Your Garden Layout: Determine where you want to place your irrigation lines based on plant types and water requirements

Calculate PVC Pipe Lengths: Measure distances between the water source and irrigation points

Cut PVC Pipes: Use a hacksaw or PVC pipe cutter to cut pipes to the required lengths

Assemble the System: Use PVC fittings (tees, elbows, couplings) and cement to assemble the main water supply line and irrigation lines

Install Irrigation Emitters: Choose emitters like drip irrigation or soaker hoses based on your 5 watering needs.

Secure the Pipes: Use ground stakes or pipe straps to keep the pipes in place.

Test the System: Check for leaks and ensure proper water distribution.

Properties :

• Co-efficient of linear expansion : 5.4 x 10 mm/m/ C
• Specific gravity : 1.41-1.46 gm/cm
• Impact Strength : Complies with IS : 4985 2000
• Electrical Resistance : 10 ohm-cm
• Vicat softening point : 80 C
• Tensile Strength : 500-550 kg/cm

Applications

• Industrial ducting
• Building Installations
• Sewerage & drainage
• Gas & Oil supply lines
• For slurry disposal lines
• Air conditioning ducting
• Rural & urban water supply
• Agriculture & Irrigation System
• Sewerage & industrial effluent disposal
• Power and telecommunication cable ducting
• Discharge pipes for hospitals & residential buildings
• Portable water supplies and drinking water supplies
• Plumbing and drainage systems in the dwelling
• houses
•  Lift Irrigation, Bore wells etc. by both Govt. & Farmers

Installation

While designing the pipe line system, the level and depth of the trench is calculated depending on factor such as the terrain and function of the pipeline. Excavation and pipe laying must take place simultaneously, as leaving trenches open for too long, makes them unsuitable for use. A fine layer of sand should be spread on the trench-bed, to avoid mechanical damage arising due to the pipe coming in direct contact with the solid bed. Like wise, it is also recommended to put a fine layer of fine sand on the top of the pipe before filling and carrying the soil to cover the trench. As pipe laying advances, trenches must be backfilled immediately. The pipe joints however should be left exposed till after the pipe line s stem has been tested. The maximum width of the trench must be equal to the pipe diameter plus 300 mm. At the crown of the pipe, the trench width must not exceed the pipe diameter plus 600 mm.