Spir Star AG

Spir Star AG

Engineered to Handle the Conditions Your Application Demands

Spir Star AG. manufactures industrial hoses and hose assemblies built to handle pressure, temperature, and mechanical stress across critical industrial applications.

Our Products

  • Medium & High Temperature Rubber Hoses: Vulcanised hoses in single layer and two layer constructions for temperatures up to +135 °C, built for cooling water, fuel, oil and air lines in demanding service
  • Silicone Hoses: Single layer and two layer silicone hoses for medium and high temperature service up to +250 °C, suited to engine, exhaust side and heat intensive piping
  • Crush Resistant Film Hoses: Polyurethane film hoses that resist crushing and are hardly inflammable (DIN 4102 B1), designed for ventilation, air handling and on board installations
  • TPV Transport & Suction Hoses: Medium weight and lightweight hoses for increased temperatures, made for the conveyance of air, gases, water and technical granulates in industrial and marine applications

Who We Are

Spir Star AG is a specialist manufacturer of industrial hoses and hose assemblies serving clients across a broad range of sectors. We manufacture medium and high temperature rubber hoses, silicone hoses, crush resistant film hoses, and TPV transport and suction hoses, in single layer and two layer constructions, using selected elastomers, thermoplastics, and composite materials. Every product in our portfolio is designed to meet or exceed recognised international standards including ISO, DIN, and marine classification society requirements.

Our Focused Markets

Marine & Shipbuilding

Manufacturing type approved hoses and hose assemblies for cooling systems, exhaust lines, and piping on commercial and naval vessels.

Offshore Energy

Delivering hoses and hose assemblies rated for oil platforms and FPSOs, where pressure cycling and high temperatures are constant factors.

Industrial Processing

Providing reliable fluid transfer for chemical plants and refineries handling high temperature and aggressive media.