Some of the impressive benefits of our equipment are listed below:
Quality Components
Accurate Pull Speeds
Ease of Operation
Heavy Duty Construction
Quality Workmanship
Product Features:
Drive:Â Hydraulically operated Pullers & clamping system
Pull Speed Control:Â Closed loop electro hydraulic speed control with feedback is standard on all reciprocating machines and ensure constant pull speed. GET QUOTE
The slitting machine series (shaft or cylinders) are designed to cut rolls of different diameters, weight and length into strips, giving flexibility and efficiency to your roll storage.
Roll-mat cutter adopts a triple-pole variable speed motor as its power source. The speed can vary according to different diameters of the rings and different cutting diameters.
Different rotational speed can be set when linear velocity is kept unchanging. This roll-mat cutter can cut rolling braided fabrics such as continuous mat, combination mat and surfacing mat made from fiberglass or carbon glass.
Fabricated form structural steel like, channel, angle or pipe
Suitable for Mat Roll up to Ø 400 mm X 1600 mm
Slitting width / Blade position adjustment by manual
Mat Roll mounting spindle movement by suitable geared reduction drive &
inverter drive for achieving required spindle speed
Hydraulic actuating gripper is used in Pultrusion machines for Gripping of shaped products. After the heater we put one griper which is operated by a hydraulic system. This whole system is mounted above the puller which holds out FRP profile and support to the pilling system. In this gripping system we get 2000 kgs to 10000 kgs force.
In this gripping system we use Hydraulic cylinders for the gripping system and oil as medium to applied force. This oil is conserved in the oil tank which capacity is 200 Ltr and this oil is auto cooled by a compressor cooled system.
Fabricated form structural steel like, channel, angle or pipe
Each stand holds 2 and more glass mat reel.
Mat roller stand holds surface mat, this mat is added from the upward and downward side of glass roving material which comes from the resin bath. After the adding this met wet material is ready to enter in the heated die
Impregnation, is the processing step where dry fibres are combined with the liquid resin to make a preform. It is a unique operation, as it combines the fundamentals of fluid flow (matrix) and elasticity (fibres) to produce a truly viscoelastic material. Impregnation is a processing step that strongly affects the process efficiency. Process parameters like speed, temperature, roving yield, and material waste, along with quality aspects like fibre volume fraction and laminate void fraction, are all directly affected by the impregnation process.
