Our Metal Braid Sleeving Is Made From Tinned Copper Which Provides Great Emi, Rfi And Esd Protection As Well As Cut And Abrasion Resistance. Strong Metal Fibers Made From Tinned Copper Create Our Metal Braid Sleeving That Can Be Used In Automotive Applications To Dress-Up Engines, Hose Support Or Wire Protection. With A Flexible Weave, Can Easily Be Cut With Shears, Covering Cables, Hoses, Tubes And More... It Can Be Quickly Installed For That Custom Professional Look. Material: Tinned Copper Monofilament Thickness: 0.12Mm Melt Point: 1084C Rohs Compliant Vw-1 Rating Working Range: -60C - 200C
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What material is the Electriduct metal braid sleeving made from?A: The metal braid sleeving is made from tinned copper. This material provides excellent protection against electromagnetic interference, radio frequency interference, and electrostatic discharge.
Q: What are the dimensions of the Electriduct metal braid sleeving?A: The sleeving has a flat size of one and a half inches and a diameter of zero point ninety-six inches. It comes in a length of one hundred feet.
Q: What is the thickness of the tinned copper monofilament?A: The thickness of the tinned copper monofilament is zero point twelve millimeters. This thickness contributes to its durability and flexibility.
Q: How do I install the Electriduct metal braid sleeving?A: You can easily install the sleeving by cutting it to your desired length with shears. Its flexible design allows it to fit over cables, hoses, and tubes quickly.
Q: Is the Electriduct metal braid sleeving suitable for automotive use?A: Yes, it is suitable for automotive applications. It can be used to dress up engines, provide hose support, or protect wires.
Q: Can I use this sleeving for industrial applications?A: Yes, the sleeving is designed for both automotive and industrial use. It provides effective grounding and reduces electromagnetic noise.
Q: What is the best way to keep the Electriduct metal braid sleeving in good condition?A: To keep the sleeving in good condition, ensure it is not exposed to extreme temperatures beyond its working range of negative sixty degrees Celsius to two hundred degrees Celsius.
Q: Is the Electriduct metal braid sleeving RoHS compliant?A: Yes, it is RoHS compliant. This means it meets safety standards regarding hazardous substances.
Q: What is the melt point of the tinned copper used in this sleeving?A: The melt point of the tinned copper in the sleeving is one thousand eighty-four degrees Celsius. This high melt point contributes to its durability.
Q: What environments can the Electriduct metal braid sleeving withstand?A: The sleeving is designed to withstand a working temperature range from negative sixty degrees Celsius to two hundred degrees Celsius. This makes it versatile for various applications.
Q: How does the flexible design of the sleeving benefit installation?A: The flexible design allows for easy expansion and contraction, making it adaptable to different sizes of cables and hoses during installation.
Q: Is this product safe for outdoor use?A: Yes, the Electriduct metal braid sleeving is suitable for outdoor use as it is designed to resist environmental factors. However, its performance may vary based on specific conditions.
Q: Can the Electriduct metal braid sleeving be cut to size?A: Yes, it can be easily cut to size using shears. This allows for customization based on your specific needs.
Q: What kind of protection does this sleeving offer?A: The sleeving offers protection against electromagnetic interference, radio frequency interference, and electrostatic discharge. This makes it ideal for sensitive electronic applications.
Q: How does this metal braid sleeving help reduce electromagnetic noise?A: The tinned copper material and braided design work together to create a barrier that effectively reduces electromagnetic noise around cables and wires.