Because of our relatively low tooling costs, polyurethane is an ideal material for molding agricultural products, with typical production runs between 500 - 10,000 pieces per year.

At State Industries Ltd., we also have experience with conductive polymers which prevent the build up of static electricity in specific areas, while maintaining a high level of abrasion resistance.

We have extensive experience in manufacturing parts for electric vehicles. Through our affiliation with a high voltage lab, we can have a variety of electrical tests performed, and provide respective documentation with any shipment when necessary.

A few of these problems include vibration isolation, shock absorption, electrical isolation, abrasion resistance, and power transmission.

Our ability to bond urethane to metalic pieces has further expanded the range of problems that can be solved in this field. 

Due to the relatively limited quantities of parts used in this industry (usually 500 to 10,000 pieces), polyurethane’s low tooling cost makes it a very attractive alternative. Quite often, urethane products are developed which solve two or more of those problems at once. .

Missile liners, digital camera housings for under water applications, and components for combat vehicles are a few of the parts we manufacture for the military industry.

Polyurethane has proven over and over again to be tough enough to meet those demands. Excellent abrasion resistance, as well as high impermeability to oil and other chemicals account for it's widespread application.

Economical advantages of replacing other rubbers and metals with polyurethane are realized through drastically reduced maintenance costs.

One example is State Industries patented polyurethane lined slurry valves and elbows, for which documentation proves they outlast standard steel components by a factor of fifty.

Other specialty products that we manufacture for the mining industry include: chute liners, muck deflectors, cable guides, rock drill mufflers, hose protectors and wrappings and high impact resistant headlight encasements.

We manufacture a full line of performance, hockey and racing wheels with formulations for maximum wear resistance, rebound and resilience.

Our automated wheel line is geared toward a high production of wheels. This automated process is flexible enough to support production of up to 5,000 wheels per day as well as economical enough to produce lower batch quantities of specialty wheels (skate boards, roller blades, etc.)

We can offer an economical prototype development option since our manufacturing process involves considerably lower set up charges, due to our low pressure casting techniques. Also, we are able to provide urethane formulations with hardnesses approaching or equal to those of thermoplastics for more authentic prototypes.

Through our access to rapid prototyping methods, such as SLA, SLS or 3D printing we can offer our customers fast and economical turn around time on prototype tooling.