You are here: Home / Card Material / Wholesale Eco-Friendly Recycled PVC PETG Core Sheet for Card or Printing

Wholesale Eco-Friendly Recycled PVC PEFG Core Sheet for Card or Printing

Share to:

Wholesale Eco-Friendly Recycled PVC PETG Core Sheet for Card or Printing

Switching to wholesale eco-friendly recycled PVC PETG core sheets is not just an environmental choice—it’s a smart business move.

Model:
core sheet
Brand:
WALLIS

Size:	210297mm 420297mm Customized
Color:	White
Thickness:	0.14 -0.34 mm 0.1 -0.85 mm Customized 0.76mm
Application:	Make Card Printing
Availability:

Quantity:



Inquire

Product Description

Wholesale Eco-Friendly Recycled PVC/PETG Core Sheet for Card Making & Printing | Wallis Plastic

In the world of sustainable manufacturing, eco-friendly recycled PVC PETG core sheets have emerged as a top-tier solution for card production and commercial printing. These sheets are designed not just to reduce waste but also to maintain the performance and aesthetic standards required by industries such as banking, telecommunications, and government ID programs.

Eco-friendly recycled PVC PETG core sheet wholesale supply

Parameter	Specification
Material	Recycled PVC / PETG (Eco-Friendly)
Thickness	0.10mm – 0.80mm
Standard Size	A4 / A3 / 295×485mm / 310×485mm / 500×600mm / Custom Size
Printing Method	Offset / UV Digital / Silk Screen
Applications	Bank Card, ID Card, SIM Card, Membership Card, Gift Card, Driver License, Smart Card
MOQ	200 KG (Free samples available)

Eco-friendly recycled PVC/PETG smart card layered structure

Eco-Friendly PVC/PETG Smart Card Layered Structure

Finished cards made from recycled PVC/PETG core sheet

PVC/PETG-Based Smart Card Finished Products

What is Recycled PETG Core Sheet in Card Manufacturing?

In card production, recycled PETG core sheet serves as the middle layer (core) in multi-layer card structures. It combines post-consumer recycled PVC with enhanced structural fibers, delivering superior durability, dimensional stability, and perfect lamination performance while significantly reducing environmental impact.