| SKU | 7100383795 |
|---|---|
| Legacy SKU | UU013934565 |
| UPC | 00068060477538 |
3M Electrically Conductive Double-Sided Tape 9793KW Series are an XYZ electrically conductive pressure sensitive adhesive (PSA) tape. 3M tape 9793KW series consist of a porous conductive matrix carrier and PSA that is electrically conductive and used as a PSA attachment to the grounding surface. The product is an acrylic based adhesive solution offering adhesion and grounding performance to many surface types. 3M tape 9793KW series provides electrical grounding performance with small size contacts and PSA a
- Provides reliable electrical grounding performance for EMI shielding applications
- Acrylic-based adhesive helps enable strong adhesion and effective grounding on various surfaces
- Supports grounding on small contact areas while maintaining PSA attachment strength
- Conformable CPSA design that accommodates diverse surface profiles
- High adhesion properties for durable, long-term performance
- Available in multiple thickness variations to meet different design and assembly requirements
Product Dimensions |
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| Thickness | 15.748 mil | 0.4 mm |
Shipping Dimensions |
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| Weight | 44.31291 lb |
|---|---|
| Length | 23.22835 in |
| Width | 13.38583 in |
| Height | 13.38583 in |
PRODUCT FAQ
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What is 3M™ Electrically Conductive Double-Sided Tape 9793KW-400 used for?
This tape is designed to provide both electrical conductivity and strong adhesion on both sides. It’s commonly used in electronics assembly, grounding, EMI shielding applications, and bonding conductive parts together.
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What are the dimensions of this tape roll?
Each roll of this product measures 480mm wide and 40 meters long.
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Is the tape easy to cut and apply?
Yes! The tape can be easily cut with scissors or a knife, and its pressure-sensitive adhesive makes application quick and straightforward.
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Can it be used on flexible circuit boards or delicate components?
Absolutely. The 9793KW-400 tape works great for attaching or grounding flexible printed circuits (FPC), as well as other sensitive electronic components.
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Is this double-sided tape RoHS compliant?
Yes, our electrically conductive double-sided tapes—including the 9793KW-400—are fully RoHS compliant, making them safe for use in most electronic manufacturing processes!
This specialized product is engineered to establish dependable electrical grounding capabilities and electromagnetic interference (EMI) shielding solutions for sophisticated electronic designs that demand precision performance. The 3M tape 9793KW series represents a comprehensive solution that combines superior adhesive strength with excellent electrical conductivity, enabling reliable performance across a diverse range of substrate materials and environmental conditions.
Key Features and Benefits- Delivers strong adhesive bonding properties that maintain integrity throughout the lifecycle of electronic assemblies
- Provides enhanced electrical conductivity to facilitate effective grounding pathways in sensitive applications
- Demonstrates compatibility with multiple substrate types, ensuring versatility across various manufacturing and assembly scenarios
- Maintains durability and performance stability when exposed to diverse operating conditions and environmental stressors
- Complies with RoHS (Restriction of Hazardous Substances) directives, meeting stringent environmental and safety standards for modern electronics manufacturing
- Establishing reliable grounding connections at small contact points within confined spaces
- Securing and positioning electronic components within compact EMI-sensitive assemblies where space constraints are critical
- Enhancing overall electromagnetic shielding performance in precision electronic systems and devices
- Supporting advanced assembly operations and enabling efficient repair interventions in sensitive electronic equipment
This tape solution is particularly well-suited for engineers and technicians working with advanced electronic assemblies, precision instrumentation, and applications where electromagnetic compatibility is a fundamental design requirement.
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