The demand for thermoplastic piping systems has grown considerably over the last few years. The lightweight, corrosion-free, and long-lasting alternative to traditional steel and metal piping systems is the ideal solution to increase the efficiency of cruise ships, merchant fleets, offshore platforms, and floating wind farms. Thanks to the newly developed Fire Retardant Pipe Jacket System HEAT-FIT, thermoplastic piping systems can be used for essential applications (L3) onboard.
Ultimate protection
HEAT-FIT is protecting thermoplastic piping systems from fire up to 1000°C for 30 minutes under pressure (3 bar). Based on intumescent technology, the pipe jackets are designed to cope with the harshest marine environmental conditions.
Ultimate compatibility
Compatible with the PE100 piping system ecoFIT and is designed for fast and straightforward new build and retrofit installations. No specilized skills required for jointing of inner pipe with electrofusion or butt fusion and manual installation of fire retardant jackets.
Ultimate safety
The HEAT-FIT Jacke material is water-based and is environmentally safe, even in the case of fire. Does not contain halogens, asbestos, or any other hazardous material and complies with the Green Ship Passport regulations (Hong Kong Convention).
Ultimate approval
HEAT-FIT meets the requirements of the International Maritime Organization (IMO) and is approved with ecoFIT/ELGEF for essential and non-essential applications. Complies with IMO Res. A753 Fire Endurance Level 3. DNV, LR, RINA, ABS, and BV approvals are in process.
The unique Pipe Jacket System HEAT-FIT copes with the strict fire resistance regulations of the International Maritime Organization (IMO) and makes thermoplastic piping systems resistant to temperatures around 1.000°C for at least 30 minutes under pressure. The Pipe Jackets are made of durable and flexible materials and can sustain highly demanding marine industry conditions.
HEAT-FIT Jacket Material
The HEAT-FIT Jacket system is highly insulating and strong, protecting the medium carrying inner pipe from fire by expanding when in contact with fire.
• Intumescent Coating protects the medium carrying PE piping system ecoFIT from fire by expanding and when in contact with fire.
• Thermoplastic polyurethane (TPU) protects the high-temperature fiberglass fabric and the intumescent coating from the harsh environment at sea.
• High-temperature fiberglass is the carrier material of the highly resistant marine-proof system.
Jointing Technologies
Combined with GF’s ecoFIT piping solution, the lightweight system is installed within minutes for years of operation. While the inner PE piping system is jointed with butt fusion or electrofusion, the HEAT-FIT jacket system is installed manually. For the installation of the total system, no specialized skills nor hot work are necessary. The long-established jointing technologies allow the highest reproducibility, reliable joints, and low thermal and mechanical stress during the installation process. In addition, the welds are trackable and recordable.
To find out more, download our HEAT-FIT Broshure HERE
