Products

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Pultrusion Machine

Reciprocating Hydraulic, Single & Double Platen Vertical Hydraulic Clamping

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Pultrusion Machine

Reciprocating Hydraulic, with Pneumatic Actuating Mechanical Grippers

AIHP-HGR

Model: AIHP-HGR

Direct acting vertical hydraulic clamping is more preferable to work with thick wall flat and wider profiles rather than thin wall hollow profiles. Single platen vertical hydraulic clamping with wider area allows larger width profiles and single profile option or multiple cavity similar profiles within same clamping area. Double platen vertical hydraulic clamping allows different profiles width and height clamping in each puller as well as both platen can be engaged for one wider profile within specified limit of clamping area.

AIHP-PNGR

Model: AIHP-PNGR

Due to its specific angular lever clamping mechanism in dynamic action this is more preferable for working with thin wall hollow profiles compare to direct acting hydraulic clamping as well as more flexible for easy production adjustment while using multiple profiles with different height for pultrusion products

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With various pulling capacity from 4 Tons to 20 Tons

Production flexibility, increased productivity, optimum power consumption & reduced breakdown and maintenance expenditure for better pultrusion process.

We provide pultrusion equipment and ancillary services as per customer’s requirements.

Automatic Section Cutter Machine
Automatic Section Cutter
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Automatic Section Cutter

Single Cutter, Dual Cutter, Selectable Line Cutter (with cut to length logic)

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Glass Mat Slitter
Glass Mat Slitter
Pultrusion-Dies
Pultrusion Dies

Pultrusion Dies, Pultrusion Tooling & Pultrusion Die manufactured from selective alloy steel with precision achining, grinding, polishing and hard chrome plating in useful surfaces

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Pultrusion Accessories

Creel Stand / Glass Roving Stand Roving Guide Stands Mat Roll Stands Preform Guide Stands Resin Bath Resin njection System Section Conveyor Roller Table

Pultrusion Accessories
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SMC Machine (Sheet Moulding Compound Machine)
Sheet Moulding Compound Machine
Sheet Moulding Compound Machine
Sheet Moulding Compound Machine
SMC Machine Specifications

Compound width: up to 1200mm
Compound weight: 2.5 - 7.5 kg/m2
Glass content: up to 40% *(using double chopper head) with strand length 1/2" - 2"
Electrical power req.: 6.5 kW. (connected load)
Compressed air req.: 4-6 CFM at 70-80 PSI pressure
Machine speed: 2-8 mtr/min.

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Pultrusion Applications
Fibreglass Pultrusion
Pultrusions
Pultruded Fiberglass
Pultrusion Products
Fiberglass Pultrusions
Frp Structure Profiles

Custom Pultrusions, FRP Structural Pultrusion, FRP Cooling Towers, Agricultural, Chemical Plants (Corrosion), Docks, Ladders, Railings, Building Construction, Cellular, Electric Utility, Infrastructure, Parks And Recreation, Tool Handles, Military, Fiberglass Pultruded Rod, Safety Ladders, Telescopic Ladders, Telescopic Operating Rods, Insulation Rods, Cross Arms, Stairs And Decking, Ladders, Gratings, Hand rails, Stair Handrail, Cable Trays, Window And Doors, Window Frames, Door Frames, Tools Handles, Various Pultruded Profiles, Public Utilities, Irrigation Networks, Storm Water And Surface, Water Drainage, Sewer Systems, The Transportation Of Waste And Sewage, District Cooling And Heating Systems, Electric poles, Electrical pole, Fibre Glass Sheets, Fibreglass Sheet, Phenolic Pultrsuion, etc.

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Pultrusion Process
Pultrusion Machines
Pultrusion Equipment
Pultrusion Process
Pultrusion Process

Pultrusion is a manufacturing process for producing continuous length of reinforced plastic structural shapes with constant cross-sections. Raw materials are a liquid resin mixture (containing resin, fillers and specialized additives) and flexible textile reinforcing fibres, the process involves pulling these raw materials (rather than pushing, as is the case in extrusion) through a heated steel forming die using a continuous pulling device.

The reinforcement materials are in continuous forms such as rolls of fibreglass met and doffs of fibreglass roving, as the reinforcements are saturated with the resin mixture (‘wet-out”) in the resin bath and pulled through the die, the gelation, or hardening of the resin is initiated by the heat from the die and a rigid, cured profile is formed that corresponds to the shape of the die.

International Trends Pultruded sections are well-established alternative to steel, wood and aluminium in developed counties and are fast catching up in other parts of the world, Structural sections have ready markets in oil exploration rigs, chemical industries etc.