E.S.C.H. GmbH
E.S.C.H. GmbH logo
  • Hall 10.0 / Booth Number 10-454

E.S.C.H. GmbH

Manufacturer

Technology with Vision – for a Sustainable Industry

We offer

Big Bag emptying systems Membrane filters Activated carbon filters Weighing equipment Load cells Dosing screws Rotary vane feeders Stirrers/agitators Homogenisers Pipes Pipe bends Pipe diverters, diverter valves Hoses Pipe linings Fluidising, ventilating, air blasting equipment

Industry

Chemical industry: Powder, granulates/pellets, solid products Pharmaceuticals: Powder, granulates/pellets, solid products Cosmetics, personal hygiene: Powder, granulates/pellets, solid products Food, feedstuff: Powder, granulates/pellets, solid products Construction, rocks and minerals: Powder, granulates/pellets, solid products Ceramics, glass: Powder, granulates/pellets, solid products Plastic, rubber: Powder, granulates/pellets, solid products Environment, recycling: Powder, granulates/pellets, solid products Mechanical- and plant engineering

Contact information

Maxhüttenstraße 19

07333 Unterwellenborn

Germany

language www.esch-online.de +49 3671 674010

About us

E.S.C.H. Engineering Service Center und Handel GmbH, based in Unterwellenborn (Thuringia), has been a reliable partner in specialised plant engineering for pneumatic conveying technology since 1992. We design and implement technologically advanced systems for the dosing and conveying of complex bulk materials–specifically tailored to meet the challenges of energy-intensive industries such as steel and non-ferrous metallurgy, chemical production, and power generation.

Our conveying and dosing technology is deployed wherever process reliability, material flow control, and plant integration under demanding conditions are critical. Our focus lies on the precise, often pressure-assisted transport of:

Employees

Default person image
Kaulbars Daniel
Managing Director
+49 3671 6740-10

Keywords

Bulk Material Process EngineeringCeramic Membrane TechnologyCO₂ and H₂ Process SeparationIndustrial Circular EconomyPneumatic ConveyingResource Efficiency