Polski
English
Products
-
Chemical products
Insulation products
Cable protection
Identification systems
Fixing and fastening
EMI shielding
Thermal management
Hand tools
Gas tools
Pneumatic tools
Power tools
Power tool accessories
Connectors
Cables and wires
Accessory equipment for machine tools
Printing of customized markings
Rental
Heat shrinkable cable markers TLFX95DS-3x16WH 7500pcs. HellermannTyton
White heat shrinkable ladder markers with dimensions of 9.5/4.8 mm and a length of 16 mm. The marker's designation is printed using a thermal transfer printer. It has approvals according to EN 45545-2 (CEN/TS 45545-2), DIN 5510-2, BS-6853, DIN 53438-3, EN ISO 11925-2, NF F 16-101, NF X 70-100-1, NF X 70-100-2, and UNI CEI 11170-3.
10937,52 zł brutto
8892,29 zł netto
8892,29 zł netto
3 weeks
Description
Product Details
Properties of TLFX DS heat shrink markers: 2:1 shrink ratio
Markers available in standard lengths of 50mm, 25mm, and 16mm, with other lengths available upon request
Available in white and yellow
For wires with diameters ranging from 38.1mm to 1.2mm
Halogen-free
Low smoke propagation, density, and toxicity
High oxygen index (38%)
Compliant with the highest fire protection standards in the railway industry
Conveniently packaged
Easy marker design using Tagprint ProApplication:TLFX DS are certified heat shrink markers with a 2:1 shrink ratio designed for use in rail vehicles. For long-lasting markings, it is recommended to use premium HellermannTyton thermal transfer printers and TTDTHOUT color ribbons.
Printers: TrakMark DS, TT4000+, and TT430
Color ribbons: TTDTHOUT
Accessories for TrakMark DS and TT4000+: Perforator (P4000), Cutting blade (S4000)
Accessories for TT430: Cutting blade (S430)
Software: Tagprint Pro
Related products
(16 other products in the same category)
Heat shrink cable markers 2:1 38.1/19.1mm, 25mm, ladder style TLFD381DS-2X25WH-PO-X-WH, white HellermannTyton
533-65017 HellermannTyton heat shrink markers, 2:1 38.1/19.1mm, 25mm ladder format, thermal transfer, cross-linked polyolefin, white, 1000 pieces.
On request
Heat shrink cable markers 2:1 12.7/6.4mm, 25mm, ladder style TLFD127DS-2X25WH-PO-X-WH, white HellermannTyton
533-65011 HellermannTyton heat shrink markers, 2:1 12.7/6.4mm, 25mm, ladder style, thermal transfer, cross-linked polyolefin, white, 3000 pieces.
On request
Heat shrink cable markers TDRT9.5DS-2X25YE-PO-X-YE 10.20/4.75mm, 25mm, yellow, 5000 pcs. HellermannTyton
Diesel fuel resistant heat shrinkable markers 553-70109 by HellermannTyton, 2:1 ratio, 10.20/4.75mm, 25mm length, ladder format, suitable for thermal transfer and laser printing, made of cross-linked polyolefin, yellow color, 5000 pieces.
On request
Heat shrink cable markers 2:1 4.8/2.4mm, 25mm, ladder style TLFD48DS-2X25WH-PO-X-WH, white HellermannTyton
533-65005 HellermannTyton heat shrink markers, 2:1 ratio, 4.8/2.4mm, 25mm in ladder form, thermotransfer, cross-linked polyolefin, white, 10,000 pieces.
On request
Heat shrink cable markers 2:1 9.5/4.8mm, 50mm, ladder style TLFD95DS-1X50WH-PO-X-WH, white HellermannTyton
Thermoshrink markers 533-65008 HellermannTyton, 2:1 9.5/4.8mm, 50mm, ladder shape, thermal transfer, cross-linked polyolefin, white, 2500 pieces.
On request
Heat shrink cable markers TLFD254DS-1X50YE-PO-X-YE 25.4/12.7mm, 50mm, yellow HellermannTyton
533-65032 HellermannTyton heat shrink markers, 2:1 ratio, 25.4/12.7mm, 50mm length, ladder style, thermal transfer, cross-linked polyolefin, yellow, 1000 pieces.
On request
Heat shrink cable markers 2:1 3.2/1.6mm, 25mm, ladder style TLFD32DS-2X25YE-PO-X-YE, yellow HellermannTyton
533-65021 HellermannTyton heat shrink markers, 2:1 ratio, 3.2/1.6mm, ladder format, thermal transfer, cross-linked polyolefin, yellow, 25mm length, 10,000 pieces.
On request
White heat shrinkable ladder markers with dimensions of 9.5/4.8 mm and a length of 16 mm. The marker's designation is printed using a thermal transfer printer. It has approvals according to EN 45545-2 (CEN/TS 45545-2), DIN 5510-2, BS-6853, DIN 53438-3, EN ISO 11925-2, NF F 16-101, NF X 70-100-1, NF X 70-100-2, and UNI CEI 11170-3.