Composite Materials

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Composite Materials Specification

Accessories Type
Supporting Fixtures

Power Source
Electric

Technology
Hot Pressing

Surface Treatment
Polished

Accuracy
High Precision

Control System
PLC

Automation Grade
Automatic

Machine Type
Fabrication Machine

Operating Pressure
30 MPa

Features
Corrosion Resistant, Impact Proof, Customizable

Type
Fibre Reinforced Polymer

Material
Composite

Function
High Strength, Lightweight

Application
Aerospace, Automotive, Construction

About Composite Materials

Composite Materials

We are engaged in offering glass reinforced composite, epoxy resin castings, cotton fabric composites, composites using combination of both glass and wood compreg.

Our products find application in almost every industry. The industries we have served in the past include -

Electrical	Transformer, Switch Gear, Generator, Motor, Control Panel, etc.
Defence	Established Applications in Military, Navy & Air Force
Railways	Coach Buildings, Electrical Equipments, Traction Equipments, Rail Track components etc.
Automobile	Instrument Panel, Parcel Tray, Flooring, Under Bonnet Applications, Bumpers, etc.
Foundries	Match Plates & Pattern etc.
Forgings	Pattern Making, etc.
Textile machineries	Picking Sticks, etc for High Speed Automatic Looms.
Telecommunications	Underground Cable Covers & Casings, Joint Boxes, Telephone Booths etc.
Chemical	Pipelines, Tanks, Cryogenic Applications, etc.
Petroleum	Off-shore applications, pipelines, Non-corrosive doors, Partition, etc.
Construction	Doors, Flooring Material, etc.
Atomic Energy	Neutron Shielding Application.

Advanced Technology and Performance

Utilizing high-precision fabrication machines with PLC control systems, our composites are manufactured through hot pressing, ensuring uniformity and durability. They undergo surface polishing to achieve both aesthetic appeal and enhanced performance characteristics.

Versatile Applications and Customization

Engineered specifically for demanding sectors like aerospace, automotive, and construction, our fibre reinforced polymers are customizable to client specifications. The lightweight yet highly strong design provides remarkable adaptability across diverse industrial uses.

FAQs of Composite Materials:

Q: How are these fibre reinforced polymer composites manufactured?

A: These composites are produced using a hot pressing technique in automated fabrication machines operated with a PLC control system. The process ensures high strength, lightweight properties, and precise dimensional accuracy.

Q: What benefits do hot pressed, polished composites offer in industrial applications?

A: The hot pressing process combined with surface polishing provides high mechanical strength, resistance to corrosion and impact, lightweight construction, and a customizable finish, making them ideal for critical industries such as aerospace and automotive.

Q: When should I choose fibre reinforced polymer composites for my project?

A: You should opt for these composites when your application demands a combination of high strength, lightweight, durability, and resistance to harsh environments, especially in aerospace, automotive, or construction projects.

Q: Where can these composite materials be utilized?

A: These composite materials are well-suited for aerospace components, automotive structures, construction frameworks, and any other high-performance field requiring reliable strength and reduced weight.

Q: What is the process for surface treatment of these composites?

A: After fabrication, the material undergoes a polishing process, enhancing surface smoothness and aesthetic quality while improving its resistance to environmental factors.

Q: How does automation and high-precision fabrication benefit the product?

A: Automation using PLC controls ensures consistent quality and repeatability, while high-precision machinery guarantees that each composite component meets exact design and functional specifications.

Q: What accessories are available with these composite materials?

A: Supporting fixtures are provided as accessories to complement installation and application, improving ease of use and versatility in various fabrication and assembly processes.

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