Heat shrink marker, thermal transfer print, continuous, 3.2mm/1.6mm, yellow, 126m
Art.-No. 554-51101 | TLFX32YE-PO-X-YE | 세부

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Application	TLFX is a halogen free European rail approved 2:1 heat shrink marker material supplied as a continuous tube and printable on both sides. Special material properties show low smoke propagation, density and toxicity. 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	Yellow (YE)
Heat Aging Test	168h/150°C
Heat Aging test method	ASTM D638
Heat Shock Test	4h/150°C
Material	Polyolefin, cross-linked (PO-X)
PART DESCRIPTION	TLFX32YE-PO-X-YE
Pack Content	126m
Package Content packed in	carton
Printable	Yes
Product Family	TLFX – 2:1 Rail Limited Fire Hazard
Product Group	Shrinkable markers "Continuous Tube", thermal transfer
Shrink Ratio	2:1
Type	TLFX32YE
Variant	Thin-Wall
With inner glue (Yes/No)	No


Longitudinal Change After Shrinkage	-6%
Longitudinal Change After Shrinkage test method	UL 224
Print Method	thermal transfer print
Print Method (Alternative)	laser beam print
Recov. ∅ d max.	1.6mm
Supplied ∅ D min.	3.2mm
Wall (WT)	0.58mm

ELV compliant (Article 4 - 2)	YES
EN 45545-2 Results	R22 HL3, R23 HL3
Elongation at break	4.5
Elongation at break test method	ASTM D2671
Halogen-free	Yes
Hazardous Goods	No
Limited Fire Hazard	Yes
Min. Shrink Temperature - °C	+70 °C
Operating Temperature	-55 °C to +125 °C
Oxygen index	33.4%
Oxygen index test method	ISO 4589
ROHS compliant	Yes
Recommended Ribbon Type	TTDTHOUT
Reel Variant	continuous
Smoke density	6.2Ds (max)
Smoke density test method	EN 17084
Specifications	EN 45545-2
Specifications
Tensile Strength	12MPa
Test Method Tensile Strength	ASTM D2671
Toxicity index	0.02CITg
Toxicity index test method	ISO 5659-2
Volume Resistance	10¹⁴ Ω cm
Volume Resistance test method	ASTM D257