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Aeroflow Heatguard Heat Shield Sleeves 1/2" (12.7mm) I.D. 1M Black AF91-2010

Original price $37.00 - Original price $37.00
Original price
$37.00
$37.00 - $37.00
Current price $37.00
SKU AF91-2010
Availability:
in stock, ready to be shipped

Aeroflow Heatguard Heat Shield Sleeves 1/2" (12.7mm) I.D. 1M Black

The Aeroflow Heatguard Heat Shield Sleeves are designed to protect hoses, cables, and wire harnesses from damage due to extreme heat, open flames, molten splashes, and welding sparks. Ideal for DIY enthusiasts, tradies, and professionals in racing and automotive industries, these sleeves provide a robust solution for maintaining the integrity of critical components.

Constructed from a thick, high-temperature-resistant fiberglass sleeve, these heat shields feature a non-permeable, heavy-duty black silicone coating. This combination offers exceptional protection against automotive chemicals and solvents, as well as significant abrasion and puncture resistance. While the sleeves can withstand constant heat of up to 260°C (500°F) and splashes of molten materials up to 1100°C (2000°F), it is important to note that they are not recommended for direct contact with any heat source.

For optimal fit, it is advisable to choose a heat sleeve diameter smaller than your application for a tight fit, or the same size or slightly larger for more flexibility, allowing for smooth movement of cables.

Warning: Glass fibres can cause irritation to sensitive skin; always use appropriate personal protective equipment when handling this product.

Key features

  • Protects hoses and cables from extreme heat and molten splashes.
  • High-temperature-resistant fiberglass construction with silicone coating.
  • Resistant to automotive chemicals and solvents.
  • Offers substantial abrasion and puncture protection.
  • Can withstand continuous temperatures up to 260°C (500°F).
  • Flame resistant with a capacity for molten material exposure up to 1100°C (2000°F).

Technical details

  • Internal Diameter: 1/2" (12.7mm)
  • Length: 1 metre
  • Material: Fiberglass with silicone coating
  • Temperature Resistance: Up to 260°C (500°F) continuous; 1100°C (2000°F) for molten materials

Applications / fitment

These heat shield sleeves are typically used in various automotive and industrial applications.

  • Passenger vehicles
  • 4x4 and off-road vehicles
  • Racing applications
  • Marine environments
  • Workshops and industrial settings

Why buy from Mick’s Gone Bush?

  • Trusted Australian business focused on reliable power, auto-electrical, and service parts.
  • Stock sourced from reputable distributors and brands.
  • Practical support for trade, off-grid, and fleet customers.
  • Clear shipping, warranty, and customer service.

Frequently asked questions

How do I install the heat shield sleeves?

To install, slide the heat shield sleeve over the hose or cable, ensuring it fits snugly. If a tighter fit is desired, choose a smaller diameter sleeve.

Can these sleeves be used in direct contact with heat sources?

No, the sleeves are not recommended for direct contact with heat sources, as this may compromise their integrity.

What personal protective equipment should I use when handling this product?

It is advisable to wear gloves and long sleeves to protect against irritation from glass fibres when handling the heat shield sleeves.

Are these sleeves suitable for marine applications?

Yes, these heat shield sleeves are suitable for marine environments where protection from heat and abrasion is necessary.

What is the maximum temperature these sleeves can withstand?

The sleeves can withstand continuous temperatures of up to 260°C (500°F) and can handle molten material exposure up to 1100°C (2000°F).

Shipping – General Items

Shipping for general items is calculated at checkout based on the item’s size, weight, and delivery location.

Images

All product images are for illustrative purposes only. Actual products may vary due to updates, design changes, or slight differences in colour and appearance. We strive to ensure accuracy, but variations may occur depending on your device's display or manufacturer updates.