
Vacuum Pump Types and How to Choose One
Rotary vane, diaphragm, scroll or water-ring? Compare vacuum pump types with a two-question decision rule and real SHZ-D(III) and SHZ-95B specs.
UnionClay Blog gathers published buying guides for laboratory glass reactors, reactor operation, support equipment matching and procurement planning. Buyers can use these articles to compare vessel structure, working volume, temperature-control support, vacuum requirements, maintenance checks and RFQ details before reviewing model pages.
Start with the current glass reactor guides, then compare related equipment categories such as Glass Reactor, Recirculating Chiller, Vacuum Pump and Chemical Reactor. For a quote, share the application, target capacity, temperature or vacuum needs and matching-equipment questions through UnionClay contact support.

Rotary vane, diaphragm, scroll or water-ring? Compare vacuum pump types with a two-question decision rule and real SHZ-D(III) and SHZ-95B specs.

How thin film and falling film evaporators work, why short residence time protects heat-sensitive product, and how to choose between film routes.

Short path distillation explained by a manufacturer: the working principle, the real molecular distillation boundary, spec comparisons and how to choose.

Size a recirculating chiller by cooling capacity at your real set point, not a room-temperature figure. Compare DLSB-50-30 and DLSB-50-40 specs side by side.

We build 1 L to 50 L rotary evaporators. Compare flask capacity, lift type, bath power and vacuum specs side by side to pick the right solvent recovery model.

Choose a magnetic stirrer hot plate by batch size, viscosity, speed and heating. Compare the DF-101Z, DF-101T-10 and DF-101T-15 side by side.

Rotary evaporator price depends on flask size, heating power, lift type and the pump-chiller set. Compare real 1-50 L specs and request a quote.

We explain the impeller, sparger, baffles and sensors inside a fermenter, with real specs from the lab tanks we build, so you can order the right machine.

Compare ethanol, CO2 and hydrocarbon extraction on the axis that decides your budget: the downstream hardware each solvent forces you to buy.