diesel gas engine

INDUSTRIES


The engineers at Winsert use the latest alloy technology to develop solutions for testing corrosion resistance alloys, heat resistant alloy products and material wear testing. We also produce critical components for customers in a wide variety of industries, including; Pharmaceuticals, Food & Beverage, Turbines & Compressors and Internal Combustion Diesel Engines.


Winsert is the premier global supplier of long-term heat, wear, and corrosion resistant solutions, including testing of corrosion resistance alloys, material wear testing, as well as heat resistant alloy solutions. We have the world’s most advanced and cost-effective alloy technology solutions for OEM customers.

diesel gas engine

INTERNAL COMBUSTION ENGINES


Emissions edicts. Horsepower increases. Warranty extensions. Warranty claim reductions. High temperature corrosion. If your engine program is working on any of these in areas with metal-to-metal contact, Winsert has solutions for you. Our 30+ years of experience with the most demanding applications such as alternate fuels like natural gas, bio-gas, landfill gas and heavy fuel oil position Winsert to solve your high temperature, high loading, corrosion and metallic wear issues. Valve train, EGR valve and turbo charger components are just some examples of areas where Winsert has solved significant problems at affordable prices.

diesel gas engine

PERFORMANCE RACING


Winsert’s newly developed composite copper alloy valve seat inserts possess both excellent wear resistance and high thermal conductivity, which are two key material properties required by high performance racing engines. High temperature laboratory valve and insert wear test results show the wear resistance of the composite copper alloy is much better than copper beryllium alloy as well as nickel bronze type copper alloy currently used in the high performance engines. High performance engine laboratory tests also confirm the excellent wear resistance of the composite copper alloy valve seat inserts. Special oxide film formed on the copper alloy provides good compatibility with DLC coated titanium valves or plain titanium valves.


The greatly improved wear resistance of the composite copper alloy gives engine valve train designers more freedom to enhance engine performance. The new copper alloy is also environmentally friendly without using hazardous beryllium to achieve superior wear resistance. The unique combination of excellent high temperature sliding wear resistance and high thermal conductivity, together with good compatibility of mating components, makes the new composite copper alloy suitable for many other demanding applications.

Skidder

FORESTRY


Winsert provides the Forestry and Wood Processing Industry tough, durable and extreme wear resistant alloys. We supply superior and affordable wear-resistant inserts and tooling for felling, debarking, canting, chipping and machining of all species of wood including those that are frozen and with high acid and grit content for OEM’s and the aftermarket. The end users experience 2-4 times the service life under the most challenging of conditions.


Our patented and proprietary alloys as well as our hard-facing meet or exceed all specific material wear requirements. These cobalt, nickel and iron based alloys will improve component wear resistance and total durability in specific environments.


Our excellent material selection and high quality manufacturing processes provide customers with affordable components with superior service life. We can solve your greatest wear and durability problems.

diesel gas engine

ALTERNATE FUELS


The engineers at Winsert use the latest alloy technology to develop solutions for testing corrosion resistance alloys, heat resistant alloy products and material wear testing. We also produce critical components for customers in a wide variety of industries, including; Pharmaceuticals, Food & Beverage, Turbines & Compressors and Internal Combustion Diesel Engines.


Winsert is the premier global supplier of long-term heat, wear, and corrosion resistant solutions, including testing of corrosion resistance alloys, material wear testing, as well as heat resistant alloy solutions. We have the world’s most advanced and cost-effective alloy technology solutions for OEM customers.

Chemical Processing

CHEMICAL PROCESSING


At Winsert, we provide the paint, ink, chemical, pharmaceutical and cosmetic industries with extreme wear and corrosion resistance alloys. We supply superior and affordable wear-resistant components for vertical and horizontal sandmills (mediamills), basketmills and attritors for OEM and the aftermarket. The end users experience 2-10 times the service life from components manufactured from our materials when used with sand (silica and zirconia), glass beads and steel shot. We ensure that our components meet very specific material wear testing requirements with our quality wear resistant alloys and Stellite hard-facing. Common wear modes for these products include cavitation, erosion, galling, sliding abrasive, and corrosive wear. Winsert manufactures components made from iron, nickel, and cobalt base materials, with focus on our proprietary and patented alloys that improve component wear resistance in specific environments.


Our excellent material selection and high quality manufacturing processes provide customers with affordable components with superior service life. We can solve your greatest wear and corrosion problems.

diesel gas engine

FOOD PROCESSING


Winsert’s knowledge of material wear properties combined with our ability to deliver fully manufactured products is an ideal fit for the food processing industry. Common wear modes for these products include cavitation, erosion, galling, sliding abrasive, and corrosive wear. Common components such as homogenizer valves, ball valves, mechanical seals and pump rotors can be made from a wide array of cobalt, nickel and iron base materials. With Winsert, you're assured the most cost effective solution in standard or Winsert engineered materials.