Industry Sealing Solutions

Our Oil-Resistant TPU Hammer Union Seals utilize a specialized Polyether-based TPU chemistry (rather than the cheaper Polyester-based TPU). This advanced formulation provides the abrasion resistance of urethane combined with the oil and water resistance of rubber. It is the modern solution for Oil-Based Muds (OBM) and complex frac fluids where standard TPU would fail.

Our Oil-Resistant TPU Hammer Union Seals utilize a specialized Polyether-based TPU chemistry (rather than the cheaper Polyester-based TPU). This advanced formulation provides the abrasion resistance of urethane combined with the oil and water resistance of rubber. It is the modern solution for Oil-Based Muds (OBM) and complex frac fluids where standard TPU would fail.

In the complex world of well stimulation and flowback, fluids are rarely pure. They are cocktails of acids, solvents, corrosion inhibitors, and hydrocarbons. Standard NBR seals disintegrate in these mixtures, and HNBR has limits.

Rubber seals turn into brittle glass at -40°F. But Liquefied Natural Gas (LNG) operates at -260°F (-162°C), and Liquid Nitrogen hits -320°F (-196°C). In these cryogenic zones, standard elastomers are useless.

In the complex world of well stimulation and flowback, fluids are rarely pure. They are cocktails of acids, solvents, corrosion inhibitors, and hydrocarbons. Standard NBR seals disintegrate in these mixtures, and HNBR has limits.

In the complex world of well stimulation and flowback, fluids are rarely pure. They are cocktails of acids, solvents, corrosion inhibitors, and hydrocarbons. Standard NBR seals disintegrate in these mixtures, and HNBR has limits.

In the complex world of well stimulation and flowback, fluids are rarely pure. They are cocktails of acids, solvents, corrosion inhibitors, and hydrocarbons. Standard NBR seals disintegrate in these mixtures, and HNBR has limits.

In the complex world of well stimulation and flowback, fluids are rarely pure. They are cocktails of acids, solvents, corrosion inhibitors, and hydrocarbons. Standard NBR seals disintegrate in these mixtures, and HNBR has limits.

Service companies running mixed fleets for Cementing and Acidizing face a dilemma: Standard NBR cannot handle the heat of curing cement, and Viton® (FKM) cannot handle the high pH of cement slurries or the abrasion of proppants.

Our Hammer Union Seals are engineered to provide leak-free performance in Weco® style union connections used in high-pressure flowlines. Manufactured from high-modulus elastomers and reinforced with anti-extrusion backup rings (Brass or Stainless Steel), these seals withstand the extreme pulsating pressures and abrasive fluids found in hydraulic fracturing and cementing operations.

Our Sour Gas Service HNBR (Hydrogenated Nitrile Butadiene Rubber) Hammer Union Seals are the industry-standard solution for Figure 1502 connections in sour environments, these seals are formulated to comply with NACE MR0175 / ISO 15156 guidelines, offering exceptional resistance to H2S embrittlement, high-pressure extrusion, and chemically aggressive drilling fluids.

Our Hammer Union Seals are engineered to provide leak-free performance in Weco® style union connections used in high-pressure flowlines. Manufactured from high-modulus elastomers and reinforced with anti-extrusion backup rings (Brass or Stainless Steel), these seals withstand the extreme pulsating pressures and abrasive fluids found in hydraulic fracturing and cementing operations.

Our Sour Gas Service HNBR (Hydrogenated Nitrile Butadiene Rubber) Hammer Union Seals are the industry-standard solution for Figure 1502 connections in sour environments. Instantly recognizable by their distinct Green Color, these seals are formulated to comply with NACE MR0175 / ISO 15156 guidelines, offering exceptional resistance to H2S embrittlement, high-pressure extrusion, and chemically aggressive drilling fluids.

Our Hammer Union Seals are engineered to provide leak-free performance in Weco® style union connections used in high-pressure flowlines. Manufactured from high-modulus elastomers and reinforced with anti-extrusion backup rings (Brass or Stainless Steel), these seals withstand the extreme pulsating pressures and abrasive fluids found in hydraulic fracturing and cementing operations.

Our Hammer Union Seals are engineered to provide leak-free performance in Weco® style union connections used in high-pressure flowlines. Manufactured from high-modulus elastomers and reinforced with anti-extrusion backup rings (Brass or Stainless Steel), these seals withstand the extreme pulsating pressures and abrasive fluids found in hydraulic fracturing and cementing operations.

Our Hammer Union Seals are engineered to provide leak-free performance in Weco® style union connections used in high-pressure flowlines. Manufactured from high-modulus elastomers and reinforced with anti-extrusion backup rings (Brass or Stainless Steel), these seals withstand the extreme pulsating pressures and abrasive fluids found in hydraulic fracturing and cementing operations.

Our Hammer Union Seals are engineered to provide leak-free performance in Weco® style union connections used in high-pressure flowlines. Manufactured from high-modulus elastomers and reinforced with anti-extrusion backup rings (Brass or Stainless Steel), these seals withstand the extreme pulsating pressures and abrasive fluids found in hydraulic fracturing and cementing operations.

Our Hammer Union Seals are engineered to provide leak-free performance in Weco® style union connections used in high-pressure flowlines. Manufactured from high-modulus elastomers and reinforced with anti-extrusion backup rings (Brass or Stainless Steel), these seals withstand the extreme pulsating pressures and abrasive fluids found in hydraulic fracturing and cementing operations.