Category: News Articles

The heat released at the part surfaces affects porosity in many ways. Surface porosity increases the roughness which slows down the speed of the cooling medium that is removing heat from the part surfaces. The suction effect exerted by the hot gas present inside porosity contracts itself during cooling, which suctions the vapor bubbles originating from the quenching liquid.

HighT-Tech, Md., has won The Spinoff Prize 2021 for developing a technique to make alloys that could improve catalysts or be used to build better batteries. The method enables the startup to fine-tune the catalytic activity of the materials and discover new and potentially more efficient catalysts.

Lindberg/MPH, Riverside, Mich., has shipped one electrically heated mesh belt conveyor furnace to the manufacturing industry. This furnace is configured for process applications requiring a hydrogen process atmosphere in the heating section muffle.

Can-Eng Furnaces International, Niagara, N.Y., has been awarded a contract to design and manufacture two 50,000 lb/hr. car bottom furnaces for one of the largest metals and mining companies in the world.

Solar Atmospheres of Western Pennsylvania, Hermitage, Pa., successfully vacuum heat treated the largest and longest load of nickel alloy tubing ever in a commercial vacuum furnace. They were able to preserve the brightness and cleanliness of a 45-foot-long seamless tubing while meeting extremely stringent mechanical properties.

Porosity has the greatest single effect on the response of PM Steels to heat treatment compared with conventional steels. The majority of parts have a porosity between 5 and 15 vol%, far more than is found in a typical casting. Every mechanism in press and sinter is subject to diminishing returns; i.e., compact density has a decreasing dependence on compaction pressure, as does sintering and homogenization.