Muenstermann USA Inc.
Booth number: 3827
www.muenstermann.com/en/
About us
We are the experts in developing unique custom thermal processing equipment. Muenstermann has strong expertise in the areas of thermal processing machines (industrial dryers and ovens), material handling / automation equipment, and process-air cleaning systems. For the battery industry, we have three main products:
1) Flotation dryers for production of electrodes (drying coatings onto the substrate)
2) Curing chambers for lead acid battery plates
3) Heating chambers for expediting the potting material deposition and cure times
4) Flue gas cleaning for processes in raw material production
Additionally, Muenstermann has strong service capabilities including: rebuilds, retrofits, and spare parts. The US-subsidiary ensures swift on-site support, crystal clear communication, and reliable partnering to develop optimal solutions.
Muenstermann USA Inc. was founded to better serve our clients in the USA. The venture is a subsidiary of Muenstermann Germany, drawing from over 50 years of successful project experience, a team of 350+ processionals, and the financial stability of a $75M+ annual revenue business.
Address
Lengericher Strasse 22
48291 Telgte
Germany
E-mail: bradley.hagen@muenstermann.com
Phone: +1 816 7921629
Internet: www.muenstermann.com/en/
150 N Michigan Ave 35th Floor
60601 Chicago
United States
E-mail: bradley.hagen@muenstermann.com
Phone: +1 816 7921629
Internet: www.muenstermann.com/en/
Contact person:
Technical Sales Stefan Rueter
Technical Sales
E-mail: stefan.rueter@muenstermann.com
Phone: +49 1520 4746801
Products & Services
For the battery industry, we have three main products:
1) Flotation dryers for production of electrodes (drying coatings onto the substrate)
2) Curing chambers for lead acid battery plates
3) Heating chambers for expediting the potting material deposition and cure times
4) Flue gas cleaning for processes in raw material production
Continuous Flotation Dryer for film material
Application Area
Drying of coatings on film material
For example: production of cathode and anode materials for lithium-ion batteries and fuel cells
Münstermann Expertise
Precise drying parameters
Energy-efficient operation
Customized adaptation for specific applications
Roller Support or Flotation Dryer
Single or double-sided coating
Atmosheric or Inert Process
Explosion protection
Solvent recovery
Flue Gas Cleaning
Application Areas
Exhaust gas cleaning
For example: Raw material production for lithium-ion batteries
Münstermann Expertise
Consulting the client on complex cleaning system
Turnkey project: Integration of various components
Compliance with regulatory emission values: Removal of various harmful gases
Overview of Cleaning Steps
Multi-stage flue gas cleaning
Additive dosing, reactor, bag filter, waste silo, activated carbon filter,
regenerative thermal oxidizer and nitrogen oxide reduction systems
Efficiency and Environmental Consciousness
High separation efficiency, flexibility, availability
Heat recovery
Curing Chambers for Lead-Acid Batteries
Application Areas
Conditioning and drying of pasted plates for lead-acid batteries
Münstermann Expertise
Uniformity (temperature, humidity, and air flow)
Adaptation to customer process
Variable capacity from 50,000 to 350,000 plates per cycle
1st Process Step
Formation of crystal structure and reduction free lead
High controlled humidity (>= 90% rel. humidity)
Constant temperature (104 – 122°F / 40 – 50°C)
2nd Process Step
Uniform drying of the plates
Residual moisture <0,5 %
Elevated temperature (158 – 176°F / 70 – 80°C)
Preaheating Oven with Loading Unit
Application Areas
Heating chambers for battery packs or curing ovens for individual components
Münstermann Expertise
Individual process and customized design for heat source, air flow, product placement, door design, etc.
Process parameters can be determined in test center
Equipment Options
Combination with material handling: Automatic loading and unloading of chambers
Use of automated shuttle product carriers
Design in accordance with DIN EN 1539/ NFPA 86
