Heat shrink marker, thermal transfer print, continuous, 39.0mm/13.0mm, brown, 50m
Art.-No. 553-43955 | TULT39-13-PO-X-BN |

More products in this product group:

Application	TULT is a UL recognized 3:1 heat shrink marker material supplied as a continuous tube and printable on both sides. TULT’s polyolefin compound has good mechanical strength and resistance to organic solvents and chemicals. The surface of the tubing has been especially prepared so that print performance is excellent at all times. HellermannTyton's printer range allow users to create a high quality print. In addition it is possible to either perforate the tubing at pre-determined lengths or fully sever the markers.
Behaviour at low Temperature test method	ASTM D2671
Colour	Brown (BN)
Heat Aging Test	168h/175°C
Heat Aging test method	ASTM D638
Heat Shock Test	4h/250°C
Material	Polyolefin, cross-linked (PO-X)
PART DESCRIPTION	TULT39-13-PO-X-BN
Pack Cont.	50m
Printable	Yes
Product Family	TULT – 3:1 Military and Electronics
Product Group	Shrinkable markers "Continuous Tube", thermal transfer
Shrink Ratio	3:1
Type	TULT39-13
Variant	Thin-Wall
With inner glue (Yes/No)	No


Longitudinal Change After Shrinkage	-15% max.
Longitudinal Change After Shrinkage test method	ASTM D2671
Print Method	thermal transfer print
Print Method (Alternative)	laser beam print
Recov. ⌀ d max.	13.0mm
Supplied ⌀ D min.	39.0mm
Wall (WT)	1.25mm

Dielectric Strength	20kV/mm
Dielectric Strength test method	ASTM D2671
Elongation at break	300 %
Elongation at break test method	ASTM D638
Flammability	UL 224 VW-1
Halogen-free	No
Insulation Class	B (VDE 0530)
Min. Shrink Temperature - °C	+90 °C
Operating Temperature	-55 °C to +135 °C
ROHS compliant	Yes
Recommended Ribbon Type	TTDTHOUT, TTRW, TT822OUT8
Reel Variant	continuous
Specifications
Specifications	MIL-STD-202H Method 215K
Tensile Strength	11.00N/mm²
Test Method Tensile Strength	ASTM D638
UL Listed (US and Canada)	Yes
US Gov. Designation	MIL-STD-202H Method 215K
Volume Resistance	10¹⁶ Ω cm
Volume Resistance test method	ASTM D257
Water Absorption	0.20%