NexGen Technologies, LLC (Farmington Hills, Mich.; edlinks.chemengonline.com/5830-552) has commercialized a next-generation of engineered surface treatments that imparts wear-resistance, anti-galling, anti sieze and reduced friction to a wide range of substrates. The treatment process involves a proprietary plasma-delivery system operating at…
A stronger, more stable exhaust duct is offered U-Lok 440 (photo) is an ultra-flexible, silicone fiberglass exhaust-extraction duct that can be used for air or fume extraction. The tubing’s patented Mechanical Lock Construction provides “superior” tear and tensile strength,…
A stronger, more stable exhaust duct is offered U-Lok 440 (photo) is an ultra-flexible, silicone fiberglass exhaust-extraction duct that can be used for air or fume extraction. The tubing’s patented Mechanical Lock Construction provides “superior” tear and tensile strength,…
Handle viscous materials with this double planetary mixer The new HV Blades on this DPM Model (photo, right upper middle) enable the mixing of ultra-high viscosity (up to 8,000,000 cP) formulations. Additional advantages of these teflon-coated blades are that they:…
Prevent inadvertent positioner changes Among the new enhancements for the Aumatic modular integral actuator control system (photo, upper left) is a new antibackdrive device for applications where high-static loads or heavy vibrations could inadvertently modify the valve position. The retaining…
A solution is offered for venting samples from process analyzers This product offers a way to vent samples from process analyzers into a plant’s flare-disposal or return system, thereby reducing or eliminating emissions associated with venting analyzer samples to the…
Contamination-free classification with welded sieves These test sieves (photo, top left) are suitable for particle-size-analysis applications where contamination of the sample with solder or epoxy must be avoided. The sieve’s one-piece construction, with electro-welded frame, prevents foreign materials from contaminating…