| SKU | 7010506576 |
|---|---|
| Legacy SKU | XA006800875 |
| UPC | 08887862333109 |
| Catalog Number | 3000 |
| Product Number | 3000 |
3M Polycarbonate Carrier 3000is a continuous, splice free polycarbonate carrier tape for packaging static-sensitive components. Its embossed, heat-resistant polycarbonate sheet construction meets ANSI/EIA standards for shrinkage, camber and standard semiconductor pocket dimensions. The carrier tape is available in a broad selection of pocket designs with dimensions to accommodate a variety of common electrical and electronic parts.
- Features a typical surface resistivity of 10^5 ohms/sq., ideal for static-sensitive components
- Splice-free polycarbonate carrier provides balanced electrostatic shielding and electrostatic decay properties
- Precisely formed pockets effectively fit passive components per ANSI/EIA guideline
- Available in pocket designs with dimensions for broad selection of common electrical and electronic parts
- Compatible with 3M™ Pressure Sensitive Adhesive Cover Tapes and 3M™ Heat Activated Adhesive Cover Tapes
Product Dimensions |
Imperial | Metric |
| Weight | 1.98155 lbs | |
|---|---|---|
| Width | 0 null | |
| Length | 0 null | |
| Height | 0 null |
Shipping Dimensions |
|
| Weight | 21.7971 lb |
|---|---|
| Length | 22.12598 in |
| Width | 22.12598 in |
| Height | 17.75591 in |
PRODUCT FAQ
-
What is the 3M™ Conductive Polycarbonate Carrier used for?
This product is designed for applications requiring electrostatic dissipative properties combined with polycarbonate's durability. It's commonly used in electronics manufacturing, cleanroom environments, and other industries where static control and material strength are important.
-
What does the "32X12 22M" specification mean?
Those dimensions refer to the physical size of the carrier—32 inches by 12 inches—with 22 mil thickness. This sizing helps you select the right product for your specific application needs.
-
Is this carrier suitable for cleanroom use?
Yes, absolutely. The conductive polycarbonate material is well-suited for cleanroom and controlled environment applications where you need both electrostatic dissipation and a durable, cleanable surface.
-
How does the conductive feature protect my products?
The conductive properties help dissipate static electricity safely, which protects sensitive electronic components and materials from electrostatic discharge damage during handling and processing.
The 3M™ Conductive Polycarbonate Carrier is engineered for demanding applications requiring reliable electrical conductivity combined with the durability of polycarbonate materials. This specialized carrier features precise dimensions of 32X12 with a 22M specification and PD20 5 rating, making it ideal for electronics manufacturing, assembly operations, and other industrial processes where static control and material performance are critical.
Key features and benefits of this conductive carrier include:
- Conductive properties that dissipate static electricity safely and effectively
- Durable polycarbonate construction resistant to wear and environmental stress
- Precision engineering to exacting 3M quality standards
- Optimized dimensions for efficient integration into existing production systems
- Reliable performance in temperature and humidity-variable environments
This carrier is particularly suited for use in cleanroom environments, electronics assembly lines, and precision manufacturing facilities where electrostatic discharge (ESD) protection is essential. The conductive properties work in conjunction with proper grounding protocols to minimize the risk of damage to sensitive electronic components during handling and transport.
3M's commitment to innovation and quality ensures that this conductive polycarbonate carrier meets rigorous industrial standards and delivers consistent performance across extended production runs. Whether you're managing high-volume manufacturing or specialized assembly operations, this product provides a dependable solution for protecting your materials and components while maintaining operational efficiency.




