Need more information?
Hellermann Tyton 553-72044
Shrinkable markers 'Ladder Style', thermal transfer |
Product Description
The THTT DS is a 2:1 high temperature, flame retardant heat shrink marker, specifically engineered for demanding environments. This product features a pre-cut design arranged in a convenient "ladder" style, enabling printing on both sides of the marker.
Ideal for applications subject to high temperatures and aggressive chemicals, the markers allow users to easily select from individual pre-cut pieces. The material's formulation ensures excellent print quality when used with HellermannTyton's range of printers, and it is compatible with laser beam printing.
Each marker has a shrink ratio of 2:1 and dimensions of 50mm in length with a minimum supplied diameter of 4.8mm, providing versatility in labeling. The marker operates effectively between temperatures of -55 °C and +225 °C, with a dielectric strength of 20 kV/mm according to ASTM D 2671.
- Get up to 90 days payment terms from 500+ suppliers
- Reselling discounts up to 40%!
Specifications
- Brand
- Hellermann Tyton
- ETIM 6.0
- EC001530
- ETIM 7.0 Key
- EC001530
- UNSPSC Key
- 39131502
- Application Tool
- TT431, TT431-BV, TT4030, TrakMark DS
- Colour
- Black (BK)
- Fixation Method
- Others
Access our platform to find more offers
Register now to explore 36 mln offers from verified suppliers worldwide.
- Compare offers globally
- Direct supplier contact
- RFQs, Quotes, and Orders
- BOM Search
Documents
Data Sheet
Datasheet for Hellermann Tyton 553-72044, including specifications and features.
CAD Models
3D CAD model and technical drawings, ready for your design software.
Market insights

Get real-time analytics and market data to optimize your purchasing decisions for this component and similar products
- Real-time stock availability data from 700 MRO distributors in Europe and USA
- Price analysis by condition (new, used, refurbished) with market median prices
- Critical component availability monitoring to prevent production downtime
- Inventory optimization insights based on market supply trends