• Urethane 80 Rubber Repair and Protection
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Urethane 80 Rubber Repair and Protection applied to import gas riser

Urethane 80 Rubber Repair and Protection technology is applied to an import gas riser in the North Sea

Urethane 80 Rubber Repair and Protection repairs offshore offload hose

Urethane 80 Rubber Repair & Protection repairs significant damage detected across an offshore offload hose

Urethane 80 Rubber Repair and Protection technology packaging and moulds

The system is a liquid polyurethane casting and moulding grade solution which forms a tough, rubber-like material

Urethane 80 Rubber Repair and Protection mould

The liquid system fills a metal piping structure. Once cured, the pipe is opened and a tough, solid, rubber-like solution has been moulded effectively

Urethane 80 Rubber Repair and Protection applied to import gas riser
Urethane 80 Rubber Repair and Protection repairs offshore offload hose
Urethane 80 Rubber Repair and Protection technology packaging and moulds
Urethane 80 Rubber Repair and Protection mould

Urethane 80 Rubber Repair and Protection is a high tensile and tear strength 2-component polyurethane system.

The Urethane 80 Rubber Repair and Protection system is a 2 part liquid polyurethane. It cures at room temperature to form a tough, rubber-like material that adheres to a variety of materials such as metals, concrete, rubber, wood, fibreglass and many others. Urethane 80 remains flexible at temperatures down to even -60°C.

Urethane 80 Rubber Repair & Protection is designed to:

  • Provide rubber repair and protection
  • Offer a flexible solution that can be shaped
  • Due to its low sensitivity to humidity, it is also used for creating thin layered coatings.

Urethane 80 Rubber Repair and Protection application areas include:

  • Tanks
  • Pumps
  • Chutes
  • Centrifuges
  • Funnels
  • Dry and wet mixers
  • Housings
  • Bulk Containers
  • Rollers
  • Cyclones
  • Polishing Drums
  • Loading Areas
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Mix Ratio
(weight %) Resin / Hardener
100 : 80
Shore Hardness A 80
Curing Schedule at +20°C (+68°F) Mechanical durability /
removable from mould after approximately 12-20 hours.Final strength
(100% hardness) after approximately 48 hours.
Tensile strength according to ISO 37 (MPa) 8,0
Elongation at break according to ISO 37 (%) 600
Temperature resistance -60°C (-76°F)
to
+90°C (+194°F)
Viscosity at +25°C (+77°F)
Resin/hardener (mPa.s)
5.000 / 190
Packaging Size 0,5 kg
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