Cottrell Fibre serves as a durable substrate in PET film laminates, providing enhanced mechanical strength and dimensional stability for high-performance electrical and industrial insulation materials.

Its consistent thickness and tear resistance make Cottrell Fibre ideal for precision die cutting into custom insulation parts, gaskets, washers, and other components.

Used in electric motors and generators, Cottrell Fibre offers reliable dielectric insulation and mechanical protection as slot liners, helping to isolate and protect coil windings.

The rigidity and machinability of Cottrell Fibre make it a preferred material for forming insulating wedges in stators and rotor assemblies.

In multi-phase electrical systems, Cottrell Fibre acts as a tough and stable barrier, reducing the risk of short circuits between phases.

Its strength and resilience make it suitable for die pads in cutting and forming operations, helping distribute pressure and extend die life.

Cottrell Fibre is easily converted into gaskets that provide both mechanical cushioning and electrical isolation in equipment assemblies.

It is commonly die-cut into insulating washers used in electrical terminals and mechanical fastenings, offering thermal and dielectric protection.

Thanks to its formability and strength, Cottrell Fibre can be shaped into durable insulating handles for tools or electrical components.

Its toughness and printability make it excellent for industrial tags and labeling in environments requiring heat and electrical resistance.

Used as a backing layer in abrasive disks, Cottrell Fibre provides the dimensional stability and toughness needed for grinding and sanding applications.

It serves as a reliable substrate in the construction of grinding disks, offering consistent thickness and durability under high-speed rotation and friction.

Cottrell Fibre is effective as an arc shield in high-voltage environments, offering insulation and containment during electrical arcing events.

Used as an insulating or protective barrier within electrical devices, its high purity and toughness make it ideal for maintaining separation between components.

Cottrell Fibre provides structural and dielectric insulation within transformers, suitable for wrapping, layering, and forming rigid internal components.

In the textile industry, it functions as beaming paper, providing a stable base for yarn windings and ensuring uniform tension across beams.

The fiberboard’s rigidity and electrical properties make it ideal for insulating terminal strips in panels and switchgear.

Cottrell Fibre is used to insulate electrical switches, offering thermal resistance and electrical isolation for enhanced safety and durability.

Applied throughout motors, including for phase separation, coil wrapping, and component isolation, it ensures reliable operation under thermal and mechanical stress.

It acts as a structural and insulating component within fuse cartridges, withstanding heat and mechanical shock during fault conditions.

Cottrell Fibre can be molded or cut into coil forms, providing a sturdy and heat-resistant base for winding electrical coils.

Its rigidity and uniformity make it ideal for use as backing boards in electrical or industrial assemblies that require flat, supportive insulation layers.

Cottrell Fibre is used in the production of high-strength, insulating paper tubes for electrical, textile, and packaging applications.

As a layer insulation material, it separates windings in motors, transformers, and reactors, preventing electrical faults and improving thermal performance.