Argon vs. nitrogen in vacuum furnace applications
Argon and nitrogen are the most widely used inert gases in vacuum furnaces, but they're far from interchangeable. Your choice has...
High Vacuum Pumps for the Future of Metals Manufacturing
SH Scientific's high vacuum pump system helps 3DP and MIM manufacturers deliver superb finished products from oxidation-prone materials. Rapid advancements in...
2 Reasons Customers Love Our Vacuum Muffle Furnaces
PDF 2 Reasons Customers Love Our Vacuum Muffle Furnaces Large, oxidation-prone samples pose a dilemma. Conventional muffle furnaces...
Ceramic Resin Firing and Sintering
SH Scientific’s 1500°C high temperature muffle furnace SH-FU-MH series user application for CERAMIC RESIN FIRING AND SINTERING Ceramic Firing Ceramic is intended...
Masterbatch testing & analysis
Super engineering plastics offer extraordinary performance, often on par with metals and more exotic materials. Compared to commodity plastics, these lightweight...
Why & When to Choose a Vacuum Furnace for Your Lab
PDF Why When to Choose a Vacuum Furnace for Your Lab Vacuum Muffle Furnace A vacuum muffle furnace...
Creating A Cleaner Future: A New Method For Cathode Recycling
Batteries power every plausible vision of a green future. From electrifying consumer vehicles to capturing surpluses from renewables at the...
Vacuum Muffle Furnace with Quartz Chamber
Quick Summary The short version: SH Scientific’s MGVQ series...
Cart Furnace
PDF Cart Furnace Introducing the SH Scientific Cart Furnace: Thermal Treatment at Scale Muffle furnaces are versatile and...
Vacuum Muffle Furnace for Biomass Decomposition
Quick Summary The short version: SH Scientific’s vacuum muffle furnaces are specialized for...