Aluminium Coated Insulation - Flue Wrap 12mm x 1m
Vitcas Aluminium Coated Insulation Flue Wrap provides high-performance thermal insulation for flues and liners in stove chimneys, enhancing efficiency and safety by minimising heat loss, condensation, and the risk of chimney fires.
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Special Price £166.80 £139.00 Regular Price £300.00
Bio Insulation Blanket with Aluminium Foil
Bio Insulation Blanket with Aluminium Foil is a high-performance thermal insulation solution resistant up to 1200°C (2190°F). Made from bio-soluble fibres, it offers excellent thermal resistance while being eco-friendly and safe. The aluminium foil layer boosts insulation by reflecting radiant heat, making it ideal for high-temperature applications and thermal processing equipment.
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As low as £94.80 £79.00 Regular Price £106.80
Flue Insulation Wrap
Vitcas Flue Insulation Wrap Jacket is made from e-glass which is safe for the environment. The insulation wrap can withstand temperatures reaching 550°C /1020°F and has a very low thermal conductivity. The wrap is used inside chimney flues for insulation and to prevent chimney fires and reduce tar, etc.
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Special Price £59.99 £49.99 Regular Price £96.00
Aluminium Coated Insulation - Flue Wrap 12mm x 1m -per Metre
Flue Chimney Wrap Insulation Blanket suitable for insulating flues and flue liners inside the chimney. Aluminium Coated Glass Fibre Insulating Mat will reduce risk of condensation, tar formation, as well as chimney fires and hence elongate the life of your flue liner and maximise its performance.
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Special Price £24.00 £20.00 Regular Price £30.00
Aluminium Foil Tape
Aluminium Foil Tape with self-adhesive backing is perfect for applications which require thermal and electrical conductivity such as in pipe lagging, central heating systems and ventilation.
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Special Price £5.99 £4.99 Regular Price £7.19

Insulation Jackets

Insulation Jackets - Advanced Thermal Protection

Vitcas provides a range of Insulation Jackets, engineered to deliver exceptional thermal protection and energy efficiency in both industrial and domestic settings. Insulation jackets are flexible, removable thermal covers designed to insulate equipment, reducing heat loss, improving workplace safety and minimising energy consumption. Their superior thermal properties, durability, and adaptability make them an indispensable solution for professionals across a range of industries, including manufacturing, energy production, petrochemicals and transport. By choosing Vitcas Insulation Jackets, businesses and homeowners can significantly reduce energy costs, minimise environmental impact, and ensure the long-term reliability of their equipment.

Key Features of Thermal Jackets

High-Temperature Resistance: Capable of withstanding temperatures ranging from 550°C / 1020°F to 1200°C / 2190°F, depending on the specific material.
Energy Efficiency: Reduces heat loss, leading to significant energy savings and lower operational costs.
Enhanced Safety: Prevents accidental burns and improves workplace safety by reducing surface temperatures.
Durability: Constructed from robust materials that resist wear, abrasion and chemical exposure.
Ease of Use: Lightweight and flexible design allows for easy installation, removal and reusability during maintenance.

Applications of Insulation Jackets

Pipe and Valve Insulation: Minimises heat loss from pipes, valves, and flanges in industrial and domestic heating systems.
HVAC Systems: An excellent choice for thermal insulation in HVAC systems, contributing to energy efficiency and temperature regulation in buildings.
Boilers and Heat Exchangers: Insulates high-temperature equipment to enhance energy efficiency and protect surrounding areas.
Furnaces and Kilns: Provides thermal insulation for high-heat industrial equipment, ensuring consistent performance.
Automotive and Aerospace: Used to insulate engine components and exhaust systems, improving efficiency and safety.
Power Plants and Refineries: Ensures efficient insulation of turbines, compressors and piping systems, reducing energy waste.
Cryogenic Applications: Designed to maintain stable temperatures in low-temperature systems by preventing heat ingress.