Custom Plastic Extrusion Profiles for Furniture & Cabinetry

Durable Aesthetics: UV-Resistant PC & PMMA Finishes for Furniture

Practical Applications: From Decorative Trims to Functional Guides

Cabinet Lighting Enclosures
Snap-in tracks for secure vertical or horizontal PCB mounting.

Sliding Door Tracks
Precision-extruded barriers to isolate high-voltage zones.

Decorative Edge Banding
Compact, durable enclosures for electronic sensors and controllers.
Standardized Precision: Ensuring Secure Fit for Furniture Assembly
Tailored Solutions: Custom Colors, Shapes to Your Design

LED LIGHTING
LED Lighting

commercial display
commercial display

interior design
interior design

decoration
decoration
Furniture Extrusion FAQ
Material Compatibility & Safety Standards
What materials can be coextruded?
A wide variety of thermoplastics can be coextruded, including (but not limited to) ABS, PVC, polycarbonate, acrylic, polyethylene, polypropylene, and thermoplastic elastomers (TPEs).
What are the advantages of coextrusion?
Enhanced performance: Combining materials for specific properties.
Cost-effectiveness: Using less of a more expensive material by combining it with a cheaper one.
Design flexibility: Creating complex profiles with varying characteristics.
Improved aesthetics: Adding color or texture to specific areas of the profile.
What are some common applications of coextruded profiles?
Common applications include: window and door frames, seals and gaskets, automotive parts, lighting diffusers, consumer goods, and medical devices.
How is the coextrusion process different from regular extrusion?
Regular extrusion uses a single material, while coextrusion uses two or more materials fed into a single die, bonding them together during the extrusion process.
Can coextruded profiles be recycled?
Recycling can be more complex with coextruded profiles, as the different materials need to be separated. However, some coextruded profiles can be recycled depending on the materials used and the recycling infrastructure available.
How do I choose the right materials for a coextruded profile?
Material selection depends on the specific application requirements, including:
Mechanical properties (strength, flexibility)
Thermal properties (temperature resistance)
Chemical resistance
Weatherability
Cost
What are some design considerations for coextruded profiles?
Design considerations include:
Material compatibility
Layer thickness
Profile shape and complexity
Bond strength between layers
How much does coextrusion cost?
The cost depends on the complexity of the profile, the materials used, and the production volume.
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