Company holidays until 06.01.2025 --- MCE Mauritz Electronics wishes you a Merry Christmas and a successful and healthy New Year 2025.
TÜV Rohs Conform

Shrink Tubing black 3,2 / 1,6 mm, Box 12m DERAY-HB

delivery time: 2 - 3 Tage nach unseren Betriebsferien ab 06.01.2025
Product.Nr.: 410006
weight: 0.150 kg
Manufacturer: DSG-Canusa

Business customers graduated prices after
registration in the login with your VAT ID.

10,96 EUR
(0,91 EUR pro Meter) incl. 19 % VATexcl. shipping costs

Discount

Quantity Single price Saving pro Meter
1-2 10,96 EUR 0,91 EUR
>= 3 10,08 EUR -8 % 0,84 EUR

Heat Shrink Tubing DERAY®-HB black 2:1 of polyolefin, thin-walled, flexible  

DERAY®-HB heat shrink tubing made ​​of crosslinked polyolefin , color black, shrink ratio 2:1, thin wall, flexible, halogen-free, not flame retardant, not UL and CSA certified, shrinking at + 125°C and is for permanent use at temperatures of -55°C to +105°C is used and manufactured in Germany. 
DERAY®-HB heat shrinkable tubing with internal diameters from 1.2mm to 50.8mm before shrinking by the meter in the blank according to your specifications, in practical mini-box (mini-box to 25,4mm before shrinkage) and available on industry spool reels
Standard colors are black and clear / transparency.
Punched shrink tubing sections in your desired length, whether or not printed, are also available on request. 

 

Specifications DERAY®-HB heat shrink tubing 

Type DERAY®-HB
Color Black
Material Cross-linked polyolefin
Material properties Thin-walled, flexible
Featuring Box
Inner Ø before shrinking 3.2mm
Inner Ø after total shrinking 1.6mm
Wall thickness after complete shrinkage  0.5mm
Shrink Ratio 2:1
Continuous Operating Temperature -55°C bis +105°C
Shrink Temperature +125°C
Flammability not flame-retardant
Approvals / Specifications no approvals / halogen-free
Features RoHS Complient

 

Complete specifications DERAY®-HB heat shrink tubing as PDF for download

Heat Shrink Tubing DERAY®-HB, a quality tube "Made in Germany"

50 Jahre MCE Mauritz Electronics

Ein halbes Jahrhundert technologische Exzellenz Mehr »