HellermannTyton TULT Heat Shrink Cable Marker, White, Pre-printed "Continuous Tube", 1 → 3mm Cable, for

HellermannTyton TULT Series Heat Shrink Cable Marker, 1mm Minimum Cable Diameter, 3mm Maximum Cable Diameter - 553-40351

This heat shrink cable marker is a versatile solution designed for precise cable identification. Manufactured from cross-linked polyolefin, it accommodates cables with diameters ranging from 1 mm to 3 mm. The durable, white continuous tube markers are printable, allowing custom labelling to suit various application needs. With a minimum operating temperature of -55°C and a maximum of +135°C, they are suitable for diverse industrial settings.

This heat shrink cable marker is a versatile solution designed for precise cable identification. Manufactured from cross-linked polyolefin, it accommodates cables with diameters ranging from 1 mm to 3 mm. The durable, white continuous tube markers are printable, allowing custom labelling to suit various application needs. With a minimum operating temperature of -55°C and a maximum of +135°C, they are suitable for diverse industrial settings.

Features & Benefits

• Printable format allows for customised labelling and identification.• Made from flame-retardant material ensuring enhanced safety.• Chemical-resistant properties protect against solvents and harsh environments.• Designed to withstand both high and low temperatures for reliability.• Offers a tensile strength of 11 N/mm² ensuring durability under stress.• Compatible with HellermannTyton's printer range for seamless use.

• Printable format allows for customised labelling and identification.• Made from flame-retardant material ensuring enhanced safety.• Chemical-resistant properties protect against solvents and harsh environments.• Designed to withstand both high and low temperatures for reliability.• Offers a tensile strength of 11 N/mm² ensuring durability under stress.• Compatible with HellermannTyton's printer range for seamless use.

Applications

• Utilised in automation settings for clear identification of cables.• Suitable for electrical installations requiring ongoing labelling updates.• Applied in electronic devices for effective cable management.• Ideal for mechanical systems where cable identification is crucial.• Employed in work environments where chemical exposure is a risk.

• Utilised in automation settings for clear identification of cables.• Suitable for electrical installations requiring ongoing labelling updates.• Applied in electronic devices for effective cable management.• Ideal for mechanical systems where cable identification is crucial.• Employed in work environments where chemical exposure is a risk.

How does this product ensure durability in harsh environments?

The heat shrink cable marker is crafted from cross-linked polyolefin, providing significant resistance to chemicals and solvents. Its ability to operate within a temperature range of -55°C to +135°C further enhances its usability in challenging conditions.

The heat shrink cable marker is crafted from cross-linked polyolefin, providing significant resistance to chemicals and solvents. Its ability to operate within a temperature range of -55°C to +135°C further enhances its usability in challenging conditions.

Can these markers be used with different cable sizes?

Yes, these markers can accommodate a cable diameter range from 1 mm to 3 mm, making them versatile for various applications while ensuring a snug fit.

Yes, these markers can accommodate a cable diameter range from 1 mm to 3 mm, making them versatile for various applications while ensuring a snug fit.

What benefits do flame-retardant characteristics offer?

Flame-retardant properties minimise fire risk, making these markers suitable for installation in environments where safety is a primary concern.

Flame-retardant properties minimise fire risk, making these markers suitable for installation in environments where safety is a primary concern.

How does the tensile strength impact its use in cable marking?

With a tensile strength of 11 N/mm², this product remains intact under mechanical stress, ensuring that labels stay securely in place during use without tearing or detaching.

With a tensile strength of 11 N/mm², this product remains intact under mechanical stress, ensuring that labels stay securely in place during use without tearing or detaching.

What makes these markers suitable for industrial applications?

These markers are specifically designed to withstand extreme temperatures and exposure to chemicals, ensuring they retain integrity and legibility in demanding industrial applications.

These markers are specifically designed to withstand extreme temperatures and exposure to chemicals, ensuring they retain integrity and legibility in demanding industrial applications.