GIRTH WELD PRODUCTS

Product
Coating Type
Description
Epoxy
SP-1288 G.P. Epoxy is a two-component ambient cured epoxy based on novel leading edge technology. SP-1288 G.P. Epoxy can be used in applications where abrasive blasting is not possible or feasible. SP-1288 G.P. Epoxy exhibits excellent adhesion on metal substrates prepared as per SSPC SP-11 Surface Preparation Specification.
Polyurethane
Recommended uses for coating of On-shore and off-shore structures and pipe, sewer lines, general piping, dam gates, penstocks, lining of tanks and sewage digesters, lining of open-top gondola railcars used for transporting sulphur and coal. Advantages: good flexibility, excellent resistance to sea and fresh water, good acid and abrasion resistance, excellent adhesion to steel surfaces, fusion bonded epoxy, Fiber Reinforced Plastic and concrete.
Polyurethane
Ideally used for coating of pipe intended for slip bore/directional drill applications. Also for coating of pipe, valves, fittings, fabricated assemblies, girth welds, rehabilitation (recoating) of existing pipelines and coating repairs.
Polyurethane
Used for coating of ship decks, on-shore and off-shore structures and marine piles.
Epoxy
Used as an adhesion enhancer for liquid epoxy coatings when utilized on pipelines coated with two-layer and three-layer HDPE or High Performance Composite Coating.
Epoxy
Specialty Polymer Coatings, Inc.’s (“SPC’s”) SP-1891 Primer is a two-component Ultra High Solids modified epoxy primer specifically formulated to provide superior adhesion between three-layer (“3L”) Polypropylene (“PP”) and liquid epoxy joint coatings. SP-1891 Primer over-coated with SP-8888® topcoat is suitable for high temperature operating pipelines.
Epoxy
SP-2832 is a 100% solids technologically advanced epoxy coating for use in the Oil and Gas Industry. It has superior anti-corrosive properties on the exterior of steel pipelines for above and below ground service.
Epoxy / Urethane
Used for coating of girth welds, as well as valves, fittings, pipe, ballast tanks, ships and marine structures. Ideally suited for coating of pipe to be used for slip bore/directional drilling due to its superior abrasion, impact and gouge resistance properties. Also for exterior coatings of pipelines in buried or immersed services. Advantage: excellent adhesion to grit blasted steel surfaces, Fusion Bond Epoxy and Fiber Reinforced Plastic
Epoxy / Urethane
Used for exterior coatings for pipelines in buried or immersed services and slip bore and directional drilling applications. Advantages: Excellent abrasion and impact resistance and excellent adhesion to grit blasted steel surfaces, Fusion Bond Epoxy, and Fiber Reinforced Plastic.
Epoxy
Used for high temperature operating pipelines, compressor / pump station discharge piping, recycle lines, valves, fittings, girth weld coatings, rehabilitation of existing pipelines, and suitable for certain tank lining applications. Advantages: excellent adhesion to grit blasted steel surfaces, Fusion Bond Epoxy, liquid epoxy, and urethane coatings.
Epoxy
Used for coating of pipe, valves, fittings, girth weld coatings, tank lining, rehabilitation of existing pipelines and slip bore/direction drill applications. Advantage of excellent adhesion to grit blasted steel surfaces, fusion bond epoxy, liquid epoxy, and urethane coatings.
Novolac
Used for exterior coatings of pipe, valves and fittings used in buried or immersed services. Advantages: good flexibility, excellent impact resistance, excellent resistance to high temperature cathodic disbonding up to 150 degrees C and excellent adhesion to grit blasted steel surfaces, Fusion Bond Epoxy and Fiber Reinforced Plastic.
Ceramic Phenolic Novolac Epoxy
SP-8988 is a unique “Ceramic Phenolic Novolac Epoxy” composite pipe coating. The highly cross-linked Ceramic Phenolic Novolac Epoxy matrix makes SP-8988 pipe coating ideal for high temperature service, cathodic disbonding resistance up to 180°C (356°F). Superior hot pull off adhesion even on 150°C (302°F) coating surface. SP-8988 provides long lasting wear and abrasion resistance plus excellent corrosion protection.
 
     
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