HellermannTyton TULT Heat Shrink Cable Marker, Yellow, Pre-printed "Continuous Tube", 9 mm Cable, 3 mm Cable, 553-40950

HellermannTyton TULT Series Heat Shrink Cable Marker, 3mm Minimum Cable Diameter, 9mm Maximum Cable Diameter - 553-40950

This heat shrink cable marker is an essential tool for electrical cable identification in various industrial applications. Designed to accommodate cable diameters ranging from 3mm to 9mm, it features a continuous tube design and comes in a striking yellow colour. Made from cross-linked polyolefin, this marker is printable and suitable for use with HellermannTyton's printer range, ensuring clear, durable labels for cables. It operates effectively in temperature extremes, from -55°C to +135°C.

Features & Benefits

• Flame retardant properties enhance safety in high-risk environments
• Chemical-resistant design ensures longevity in various settings
• Printable surface allows for customised labelling options
• Accommodates a wide cable diameter range for versatility
• Meets multiple industry standards for quality assurance
• High tensile strength of 11N/mm² increases durability

Applications

• Utilised for labelling cables in automation systems
• Employed in electrical installations across mechanical industries
• Ideal for tagging cables in electronics
• Suitable for identifying wires in industrial environments

What temperature range can this marker withstand?

It can operate in temperatures as low as -55°C and as high as +135°C, ensuring functionality in extreme conditions.

How does the chemical resistance benefit usage in certain environments?

The chemical-resistant nature makes it suitable for use in environments where exposure to solvents or chemicals is likely, thus prolonging its lifespan.

Can it be used with specific printers for custom labelling?

Yes, it is designed for compatibility with HellermannTyton's printer range, making customisation easy and effective for clear identification.

Is it safe to use in areas with flammable materials?

Yes, the flame-retardant characteristics provide an added layer of safety, making it appropriate for use in flammable surroundings.