Pultruded composites combine high-strength fiber reinforcements with durable polymer matrices. These materials are characterized by a high strength-to-weight ratio, anti-corrosive properties, electrical and thermal non-conductivity, a long lifespan, and low maintenance costs for the finished products.
The standard product range focuses on insulating profiles for transformer and electric motor manufacturers, though a wide variety of materials is available for other applications.
Detailed product specifications can be found in the product catalogue. For inquiries regarding custom profiles, non-listed dimensions, or specialized applications, please submit an inquiry.
Profiles for Transformers
A wide range of insulation profiles is supplied to transformer manufacturers.
The portfolio covers a broad spectrum of dogbone, corner, and rectangular profiles, which are commonly utilized as spacers and air-gap separators between coils and insulation in dry-type transformers.
Many standard dimensions are available directly from stock, ensuring short lead times.
Profiles for Electric Motors
Slot wedges are manufactured for electric motors to secure the windings and provide essential electrical and thermal insulation.
A wide variety of trapezoidal, half-round, and hybrid slot wedge designs are readily available.
U-, L-, and Tailored Profiles
Fiber-reinforced composite U- and L-profiles provide the structural framework in applications requiring good mechanical performance combined with low weight, ease of assembly, electrical insulation, and high thermal endurance.
Additionally, complex machining of these profiles is offered to meet precise customer specifications.
Composite Rebars
Concrete structures can be reinforced using fiber-reinforced polymers (FRP). The primary advantage is exceptional durability in highly corrosive environments, making FRP reinforcement particularly beneficial where traditional steel degradation forms a risk. This includes structures exposed to de-icing salts, marine conditions, or other chemically aggressive environments. Due to its radio-transparency and frangibility FRP is an ideal solution in airports.
