65--583561980

Our Products

PVC (Polyvinyl chloride) Scrap

LDPE Low-density polyethylene Scrap

LLDPE Granules

HDPE Scrap (High-density polyethylene Scrap)

PC (Polycarbonate) Scrap

PP Scrap

PP Jumbo (PP Big Bag)

ABS Scrap (Acrylonitrile butadiene styrene)

PET (Polyethylene terephthalate) Scrap

EPS (Expanded polystyrene) Scrap

HIPS Scrap

GPPS Scrap (General Purpose Polystyrene)

POM Scrap

PMMA Scrap

PA - Polyamide (Nylon) scrap

Other Scap

EVA Rolls White

Polycarbonate Sheets

Rigid PVC Sheet Reground Clear- Japan

PVC Credit Card Skeleton

Price 560 USD ($)/ Metric Ton

Get a Price/Quote

PVC Credit Card Skeleton Specification

Usage
Use for recycling

Material
PVC Credit Card Skeleton

Type
Credit Card

Thickness
0.8 mm

Application
Card manufacturing, recycling

Hardness
Rigid

Surface Treatment
Smooth

Feature
Lightweight, Recyclable, Durable

PVC Credit Card Skeleton Trade Information

Minimum Order Quantity
16 Metric Ton

FOB Port
Chicago

Payment Terms
Telegraphic Transfer (T/T)

Supply Ability
100 Per Month

Delivery Time
30 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

About PVC Credit Card Skeleton

Origin: United States

Material: PVC Credit Card Skeleton

Category: PVC

Type: Credit Card

Grade: Skeleton

Quantity: 32 Tons

Loading weight: 16 Tons

Specification: PVC credit card skeleton

USA origin

No PET coating

Pls recheck stock once confirmed price

Durable and Eco-Friendly Material

Constructed from rigid, recyclable PVC, this skeleton section is both lightweight and designed for repeated use in card manufacturing and recycling workflows. Its smooth finish ensures it can withstand standard card processing temperatures, while the durable structure supports sustainable practices within the industry.

Precision Engineering for Industry Needs

Every skeleton frame is die cut to standard credit card size with exceptional precision, ensuring compatibility throughout mass production environments. The trimmed edges facilitate efficient stacking, handling, and transport, making it suitable for bulk distribution and recycling.

FAQs of PVC Credit Card Skeleton:

Q: How is the PVC Credit Card Skeleton typically used?

A: These skeleton frames are primarily utilized in card manufacturing and recycling processes. After PVC cards are die-cut, the remaining skeleton is collected for recycling to maximize material reuse and minimize waste.

Q: What benefits does this product offer to manufacturers and recyclers?

A: The skeleton provides a rigid, lightweight structure for efficient storage and transport, is fully recyclable, and aids in reducing environmental impact by supporting the circular use of PVC materials within the industry.

Q: What is the processing technology behind this PVC skeleton frame?

A: The frames are precisely die cut and trimmed to achieve the standard size required for credit card applications, ensuring uniformity and smooth edges across all skeletons produced.

Q: When should these skeleton sections be collected for recycling?

A: It is best to collect these sections immediately after the die-cutting process in card manufacturing, allowing for streamlined bulk recycling and efficient handling before storage or transit.

Q: Where can these PVC Credit Card Skeletons be sourced or supplied?

A: They are available through distributors, exporters, manufacturers, suppliers, and traders operating in the United States, suitable for businesses involved in card production and recycling.

Q: What are the main usage applications of the PVC skeleton frames?

A: Beyond recycling, these frames play a vital role in the card manufacturing supply chain, supporting quality control and material efficiency, especially in large-scale operations.

Q: How does the packaging facilitate recycling and transportation?

A: Skeletons are stacked and securely wrapped to allow for organized, efficient bulk recycling, reducing handling time and minimizing the risk of material contamination during shipment.