THIS IS A DEMO WEBSITE ONLY! ORDERS WILL NOT BE PROCESSED!
CONTACT US TODAY | (866) 684-4132 or [email protected]



Bulk
Order Pad
Enter Item Number(s) to add to Cart
qty
Submit
Login
Cart | 0 Items
Return
Email

3M™ Heat Shrink Multiple-Wall Semi-Rigid Polyolefin TubingItem is usually in stock, but we'll be in touch if there's a problem
by 3M

3M™ Heat Shrink Multiple-Wall Semi-Rigid Polyolefin Tubing<span class=' ItemWarning' style='display:block;'>Item is usually in stock, but we&#39;ll be in touch if there&#39;s a problem<br /></span>

3M™ Heat Shrink Multiple-Wall Semi-Rigid Polyolefin TubingItem is usually in stock, but we'll be in touch if there's a problem
by 3M

Call for Price
Quantity:
Add To Cart
Add To Estimate
Add To Wishlist
Compare Item

3M™ Heat Shrink Multiple-Wall Semi-Rigid Polyolefin TubingItem is usually in stock, but we'll be in touch if there's a problem
by 3M

    Price:
    Call for Price
    Part Number: 40J6A2C
    UPC:
    Vendor Item Number: 7000148866
Call for Price
Quantity:
Add To Cart
Add To Estimate
Add To Wishlist
Compare Item
Technical Details
Industrial Category:
Electrical Supplies
Industrial Subcategory:
Wire Management
Industrial Subtype:
Shrink Tubing
Color Family:
Black
ECCN:
EAR99
Elongation:
4.0 %
Expanded Inner Diameter:
0.125 in
Flame Retardant:
No
Material:
Polyolefin
Product Color:
Black
Recovered Inner Diameter:
0.023 in
RoHS EU Comments:
RoHS 2011/65/EU compliant without exemption
Shrink Ratio:
2.5:1
Tubing Type:
Dual Wall (Adhesive Lined)
UL File Number:
E-157227
UPC Code:
00051128600948
Manufactured By:
3M
+
Additional Information
  • Adhesive-lined
  • chemicals and solvents
  • Easy to remove
  • Excellent resistance to moisture
  • Semi-rigid tubing
Product Overview
3M™ Heat Shrink Multiple-Wall Semi-Rigid Polyolefin Tubing is a 2.5:1 semi-rigid, heat shrinkable polyolefin tubing that is co-extruded and selectively cross-linked to provide an integral, meltable inner wall.When heated in excess of 135C (275F), the inner meltable wall of the tubing is simultaneously softened and forced by the shrink action into intimate contact with all underlying surfaces, interstices and small voids.
To: From: Subject:
Start receiving your exclusive offers and updates today!
Submit