GORE DF 05MM 50M Sealant strip

GORE® Joint Sealant DF is a premium sealing tape designed to meet the most demanding industrial requirements. Manufactured using the GORE® method from pure expanded PTFE (ePTFE), it offers a unique combination of flexibility, durability, and exceptional chemical resistance.
The monodirectional expansion process gives the material excellent adaptability to uneven flange surfaces, ensuring a tight and long-lasting seal. The strong adhesive backing allows for quick and easy installation without the need for special tools.
GORE developed the DF sealing tape over 50 years ago, and thanks to continuous product innovation and high quality, it has maintained its position as a market leader.
Temperature and Pressure Ranges (Typical):
Temperature: -60 °C to +230 °C / Pressure: Full vacuum to 40 bar

Maximum Operating Range (For higher pressures, contact your distributor):
Temperature: -269 °C to +315 °C / Pressure: Full vacuum to 210 bar

Key Features:
• Exceptional Chemical Resistance: Withstands almost all chemicals in the pH range of 0 – 14, including acids, bases, solvents, and oils.
• Wide Temperature Range: Maintains tightness and flexibility across varying temperatures.
• Versatility: Suitable for flanges of different sizes and shapes, reducing inventory needs and simplifying logistics. The strong adhesive backing makes installation easy.
Applications:
• Chemical industry
• Oil and gas industry
• Power plants
Certifications and Approvals:
• DVGW DIN 3535-6 – Gas approval
• BAM approval – Suitable for use in oxygen systems
• TA Luft (VDI 2440) – Low leakage performance
• Bolt Torque Specifications – For pressure vessels and chemical piping according to current regulations.
Storage: ePTFE does not age, but we recommend using the product within two years of purchase to ensure the adhesive backing retains its effectiveness.
For applications requiring superior durability and mechanical strength, we recommend the multi-directionally expanded GORE® S500 tape, which offers outstanding performance at extremely high pressures and temperatures.