Introduction

Compounding Alloy involves blending different polymer resins to create a new material that possesses desirable characteristics from each component. This process allows manufacturers to tailor the properties of the resulting material to meet specific application requirements.

Features

• Versatility: Compounding alloys offer versatility in material selection and blending ratios, allowing for a wide range of properties to be achieved.
• Tailored Solutions: They enable the development of tailored material solutions to meet specific application requirements and performance criteria.
• Improved Mechanical Properties: Compounding alloys often exhibit enhanced mechanical properties .
• Design Flexibility: Compounding alloys provide designers with flexibility in designing components .
• Cost Savings: By combining different polymers, compounding alloys can offer cost savings compared to using high-performance polymers alone, without compromising performance.

Applications

• Blow Moulding, Household Appliances, CDs, Safety Products, Cosmetic Automotive Bumpers, Fashion Products, Packaging and Films, Automotive and Electrical Applications, Spectatcle Frames
• Swatches, Telephone Controls, Doorbell and all kinds of Dark Signs, Traffic, Sail, Household Appliances
• Siding & Cladding, Composite Decking, Fencing, Decking and Railing, Windows & Doors, Flooring, Roofing, Window Blinds
• HDPE optical fibre ducts, Household products, Furniture industry
• Siding & Cladding, Composite Decking, Fencing, Decking and Railing, Windows & Doors, Flooring, Roofing, Window Blinds

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