through rough waters
3M™ Conductive Polycarbonate Carrier, 3000
$345.44 / Roll
| SKU | 7010506559 |
|---|---|
| Legacy SKU | XA006800446 |
| UPC | 08887862331372 |
| 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 | 7.1055 lbs | |
|---|---|---|
| Width | 0 null | |
| Length | 0 null | |
| Height | 0 null |
Shipping Dimensions |
|
| Weight | 28.41759 lb |
|---|---|
| Length | 22.20472 in |
| Width | 16.88976 in |
| Height | 23.70079 in |
PRODUCT FAQ
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What is the 3M™ Conductive Polycarbonate Carrier, 3000 used for?
The 3M™ Conductive Polycarbonate Carrier, 3000 is designed to provide static dissipative properties while offering the strength and clarity of polycarbonate. It's commonly used in applications where you need to protect electronic components from electrostatic discharge while maintaining visibility and durability.
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Is this material transparent?
Yes! One of the great features of this carrier is that it maintains the clarity of polycarbonate, so you can see through it while still getting the conductive benefits. This makes it perfect for applications where visibility is important.
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How does the conductive property work?
The conductive properties are built right into the polycarbonate material itself through 3M's manufacturing process. This allows it to safely dissipate static electricity, protecting sensitive electronics and components from damage without requiring any special coating or treatment.
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What industries typically use this product?
You'll find this carrier used in electronics manufacturing, semiconductor packaging, medical device assembly, and other industries where protecting sensitive components from static electricity is critical. Basically, anywhere you need durable, clear protection with static control!
The 3M™ Conductive Polycarbonate Carrier, 3000 is an advanced material solution designed for applications requiring both structural integrity and electrical conductivity. This specialized carrier combines the durability and clarity of polycarbonate with conductive properties, making it ideal for electronics, industrial, and specialized manufacturing environments where static control and electrical performance are critical requirements.
This product offers several key advantages for demanding applications:
- Superior electrical conductivity for static dissipation and grounding applications
- High-impact polycarbonate base material providing excellent durability and longevity
- Optical clarity maintained while providing conductive properties
- Consistent performance across temperature and humidity variations
- Suitable for use in cleanroom and controlled manufacturing environments
The 3M™ Conductive Polycarbonate Carrier, 3000 is particularly valuable in industries where electrostatic discharge (ESD) protection is essential. Its conductive properties help protect sensitive electronic components during handling, assembly, and transportation, reducing the risk of costly damage from static electricity.
Engineers and manufacturers can rely on this carrier for consistent performance in demanding conditions. The material's ability to combine transparency with conductivity makes it an innovative choice for applications that require both functional visibility and electrical control, supporting improved productivity and product quality across various industrial sectors.
