Welcome to Jindal Advanced Materials Manufacturing Facility
State-of-the-Art Manufacturing Infrastructure
Factory Premises
Covered Area: 1650 Sq mt
Open Space: 1000 Sq mt
Internal Lab: Ensuring Quality at Every Step
Dedicated Paint Booth: Expert Painting and Gelcoat Spray
Trimming Area: Precision Trimming Operations
Heating Oven: Perfect Part Curing
Temperature Control: Ensuring Optimal Conditions
Latest Manufacturing Processes
At Jindal Advance Materials, we employ cutting-edge manufacturing processes to deliver top-quality products. Our four established processes are supplemented by an upcoming addition.
Vacuum Infusion
Utilize vacuum pressure to infuse resin into the laminate, ensuring a high glass-to-resin ratio and reduced resin usage.
Benefits:
Stronger laminate with low void content
Cleaner process
Long Fibre Injection Moulding Technology (Coming Soon)
Description: Revolutionizing the industry with a one-step process that combines polyurethane resin and chopped fibreglass for complex parts.
Key Advantages:
High strength, 55% lighter than SMC
Up to 50% fibre content
Premium surface with various finishing options
Lower cost materials
Reduction of waste and short cycle times
High flexibility in fiber content and length
Hand Lamination
Saturate reinforcement materials with curing resin using precision techniques, building up layers for desired thickness.
Benefits:
Low tool and operating costs
Applicable to all products
Achieves fire-resistant properties
Transfer Moulding (L-RTM)
Description: A controlled process involving vacuum assistance and closed mold resin transfer for consistent, high-quality products.
Benefits:
Smooth finish on both sides
Quality consistency with moderate tool cost
Why FRP is better than aluminum
Strength: FRP is 10 times stronger than aluminum, providing exceptional structural integrity for various applications.
Shaping Ease: FRP's malleability allows for a broader variety of shapes and designs compared to aluminum, enabling greater design flexibility.
Weight: Being 40% lighter than aluminum, FRP contributes to enhanced fuel efficiency and performance, particularly in aerospace and automotive industries.
Electrical Insulation: FRP is inherently non-conductive, making it an excellent choice for applications where electrical insulation is crucial.
Chemical Resistance: FRP's superior resistance to a wider range of chemicals makes it ideal for environments where corrosion and chemical exposure are concerns.
Corrosion Resistance: FRP is more resistant to a wider range of corrosive substances, making it suitable for environments with aggressive chemicals.
Why FRP is better than steel
Strength: FRP is 10 times stronger than steel, providing impressive structural integrity.
Cost-Efficient: Lower installation and maintenance costs due to ease of fabrication and its lightweight nature.
Lightweight: FRP is 70% lighter than steel, making it easier to handle, transport, and install.
Impact Resistance: FRP exhibits superior impact resistance compared to steel, increasing durability.
Fire Retardant: Unlike steel, FRP maintains its strength when exposed to fire, enhancing safety.
Corrosion Resistance: FRP doesn't corrode, making it ideal for environments with moisture or chemicals, a problem that steel often faces.