High Density Polyethylene is made from Petroleum, and is more crystalline. Made by polymerisation with addition of co monomers, HDPE possess hardness and good temperature resistance. HDPE stock-shapes offer a working temperature upto 90 degree Celsius. With good machinability and better mechanical properties, HDPE provides better mechanical properties than PP and is a cheaper option to Nylon.
Features

• Easy to weld using thermoplastic welding equipment
• Low moisture absorption
• Excellent surface for food preparation
• Good chemical and corrosion resistance
• Easy to fabricate and machine
• Low weight

APPLICATIONS

• Chemical tanks
• Cutting boards for food preparation
• Water pipe flanges (HDPE pipe grade)
• Outdoor and indoor playground systems
• Marine construction (pile guards, bumpers, anti-skid surfaces)
• Orthotics and prosthetics AFOs, KAFOs
• Light duty tank, chute and bin linings
• Outdoor cabinetry and furniture

nylon sheets are characterised by a combination of high strength, toughness, abrasion resistance, low weight, non-corrosive, low coefficient of friction, self lubricating, anti-vibration and noise damping. Parts fabricated out of our nylon replaces metal parts such as bushes, bearings, slide plates, gears, gear racks, wear plates, washers, gaskets, seals, sleeper pads for rolling mills, liners, wheels, sleeves, pulleys, ropeway tyres, rollers etc. Which were originally fabricated out phosphor- bronze, gun metal, brass, white metal, steel and other expensive metals.

features

• wear resistant
• good strength with low coefficient of friction
• self l-ubricating
• reasonably priced compared to mechanical properties offered.
• reduction in weight shock resistance
• improved dimensional stability
• vibration damping performance
• high wear and abrasion resistance
• noise reduction
• high service temperature
• high tensile and compressive strengths machining.

applications

• engineering - gears, cams, sprockets, bushes, bearings, gaskets, pulleys, liners
• textile - loom pivot bearings, gears for loom and knitting machines, shuttles, rollers, cams, cams followers
• metal - bearings, bearing cages, slipper pads, gears, bushes, wear strips, rollers, eccentric rollers, wobble box inserts.
• material handling equipments - cranes/fork lifts/conveyors, ropeways
• automobile - wear rings, pads, swivel bushes, throttle linkages, bushes shackle pin bushes
• paper / sugar mills - gears, bushes, pulleys, rollers bearings
• bottling & food processing - star wheels, scrolls, guides, cams, cam followers, rollers, timing screws
• railways - bushes / wear plates
• chemical - balls, gaskets, liners, nuts & bolts
• marine - bushes, gears, rings, trunnion bearings, rollers and roller bearings stern

Polyurethane is an extremely versatile elastomer used in countless applications world wide. Polyurethanes mechanical properties can be isolated through creative chemistry which creates a number of unique opportunities with performance characteristics unequaled in any other material. It is our understanding of how to seize these opportunities which allow us to provide Flexible Solutions Through Polymeric Innovation.
Features

• Cost effective
• Dependable
• Elastomers combining the performance advantages of engineering plastics, ceramics and metals
• Resilience and flexible as rubber
• High life expectancy

APPLICATIONS

• Wide range of hardness: This classification of hardness of polyurethane relies on the pre-polymers molecular structure, can be manufactured from 20 Shore A to 85 Shore D.
• High load bearing capacity: It has a high load capacity in both tension and compression. It may undergo a little change in shape under a heavy load, but will return to its original shape once the load is removed with little compression set in the material when designed properly for a given application.

CAST NYLON is generally superior to extruded Nylon-6.Since it is made by direct polymerisation of caprolactam, the polymer has never been melted and thus has been subjected to any thermal degradation In addition , its molecular weight (up to 10, 00, 000) is several fold higher than molecular weight of extruded nylon-6(30, 000).

Features

• Reduction in weight
• Self- lubricating
• Economy
• Shock resistance
• Improved dimensional
• stability
• Vibration damping performance
• Excellent chemical resistance
• High wear and abrasion resistance
• Noise reduction
• High service temperature
• High tensile and compressive strengths
• Machining

High Density Polyethylene is made from Petroleum, and is more crystalline. Made by polymerisation with addition of co monomers, HDPE possess hardness and good temperature resistance. HDPE stock-shapes offer a working temperature upto 90 degree Celsius. With good machinability and better mechanical properties, HDPE provides better mechanical properties than PP and is a cheaper option to Nylon.
Features

• Easy to weld using thermoplastic welding equipment
• Low moisture absorption
• Excellent surface for food preparation
• Good chemical and corrosion resistance
• Easy to fabricate and machine
• Low weight

APPLICATIONS

• Chemical tanks
• Cutting boards for food preparation
• Water pipe flanges (HDPE pipe grade)
• Outdoor and indoor playground systems
• Marine construction (pile guards, bumpers, anti-skid surfaces)
• Orthotics and prosthetics AFOs, KAFOs
• Light duty tank, chute and bin linings
• Outdoor cabinetry and furniture

nylon sheets are characterised by a combination of high strength, toughness, abrasion resistance, low weight, non-corrosive, low coefficient of friction, self lubricating, anti-vibration and noise damping. Parts fabricated out of our nylon replaces metal parts such as bushes, bearings, slide plates, gears, gear racks, wear plates, washers, gaskets, seals, sleeper pads for rolling mills, liners, wheels, sleeves, pulleys, ropeway tyres, rollers etc. Which were originally fabricated out phosphor- bronze, gun metal, brass, white metal, steel and other expensive metals.

features

• wear resistant
• good strength with low coefficient of friction
• self l-ubricating
• reasonably priced compared to mechanical properties offered.
• reduction in weight shock resistance
• improved dimensional stability
• vibration damping performance
• high wear and abrasion resistance
• noise reduction
• high service temperature
• high tensile and compressive strengths machining.

applications

• engineering - gears, cams, sprockets, bushes, bearings, gaskets, pulleys, liners
• textile - loom pivot bearings, gears for loom and knitting machines, shuttles, rollers, cams, cams followers
• metal - bearings, bearing cages, slipper pads, gears, bushes, wear strips, rollers, eccentric rollers, wobble box inserts.
• material handling equipments - cranes/fork lifts/conveyors, ropeways
• automobile - wear rings, pads, swivel bushes, throttle linkages, bushes shackle pin bushes
• paper / sugar mills - gears, bushes, pulleys, rollers bearings
• bottling & food processing - star wheels, scrolls, guides, cams, cam followers, rollers, timing screws
• railways - bushes / wear plates
• chemical - balls, gaskets, liners, nuts & bolts
• marine - bushes, gears, rings, trunnion bearings, rollers and roller bearings stern

Polyurethane is an extremely versatile elastomer used in countless applications world wide. Polyurethanes mechanical properties can be isolated through creative chemistry which creates a number of unique opportunities with performance characteristics unequaled in any other material. It is our understanding of how to seize these opportunities which allow us to provide Flexible Solutions Through Polymeric Innovation.
Features

• Cost effective
• Dependable
• Elastomers combining the performance advantages of engineering plastics, ceramics and metals
• Resilience and flexible as rubber
• High life expectancy

APPLICATIONS

• Wide range of hardness: This classification of hardness of polyurethane relies on the pre-polymers molecular structure, can be manufactured from 20 Shore A to 85 Shore D.
• High load bearing capacity: It has a high load capacity in both tension and compression. It may undergo a little change in shape under a heavy load, but will return to its original shape once the load is removed with little compression set in the material when designed properly for a given application.

CAST NYLON is generally superior to extruded Nylon-6.Since it is made by direct polymerisation of caprolactam, the polymer has never been melted and thus has been subjected to any thermal degradation In addition , its molecular weight (up to 10, 00, 000) is several fold higher than molecular weight of extruded nylon-6(30, 000).

Features

• Reduction in weight
• Self- lubricating
• Economy
• Shock resistance
• Improved dimensional
• stability
• Vibration damping performance
• Excellent chemical resistance
• High wear and abrasion resistance
• Noise reduction
• High service temperature
• High tensile and compressive strengths
• Machining