Ideal vacuum solutions for degassing plastics

Busch Vacuum Pumps and Systems will be showcasing its enhanced vacuum solutions for the plastics and rubber industry at K 2016. In addition to the new size of Mink MV claw vacuum pump, an extruder degassing system will also be on display at Busch's trade show booth.

With the new Mink MV series, Busch has succeeded in developing claw vacuum pumps that have a significantly lower noise level than comparable pumps on the market. They are also extremely compact and efficient. The new series operates in the same way as the previous series, i.e. according to the dry and contact-free claw principle. Therefore, no operating fluid is required in the compression chamber, which means that all associated maintenance work, such as oil and filter changes, is eliminated. There is no wear thanks to the contact-free operation and therefore no wearing parts have to be replaced.

Mink claw vacuum pumps are used to generate the vacuum required for feeding material into extruders and injection moulding machines pneumatically. Their high level of energy efficiency and wear-free operation make Mink claw vacuum pumps the most cost-effective solution for the pneumatic suction conveying of granulates.

In principle, Mink claw vacuum pumps are also suitable for use in centralized vacuum systems which generate vacuum for feeding material into all injection moulding machines or extruders. An additional vacuum supply offers high energy-saving potential.

Mink claw vacuum pumps have been used for degassing extruders for more than 20 years. Busch's many years of experience in degassing plastic melt during extrusion, expertise in separation technology and regular dialogue with customers enable it to offer tailor-made solutions for customers in the plastics and rubber industry in addition to standard degassing systems.
Apart from Mink claw vacuum pumps, Dolphin liquid ring vacuum pumps can also be used in degassing systems depending on the material to be extruded. Subject to the vacuum level required, Panda or Puma vacuum booster can be connected downstream as well.

Visit Busch at K 2016 in hall 09 booth 9E23.

Busch Vacuum Pumps and Systems
Uli Merkle - 15/08/2016

Busch Vacuum Pumps and Systems is one of the largest manufacturers of vacuum pumps, blowers and compressors in the world.
With a lot of experience and top qualified personnel, we are forward-looking and strive to improve our products and ourselves. We are constantly at work developing innovative technologies that will define the vacuum world of the future.
Our manufacturing plants utilize the most modern manufacturing techniques, machinery and equipment under very strict quality controls, which surpass DIN EN ISO 9001 requirements.
As of 2016, Busch Vacuum Pumps and Systems employs more than 3000 people and features the largest selection of vacuum pumps for the industrial applications in the world. Due to its immense line of vacuum pumps, expertise and experience in the building of vacuum systems and the extensive service network, Busch is capable of providing ideal comprehensive solutions.
With 60 companies in 42 countries and sales agencies worldwide, we are strategically positioned throughout the world to provide our customers with the essentials for success.
Our goal always is to provide the customer with the highest possible return on investment. Personal consulting, choice of the optimum product and prompt service on site are key features of our comprehensive service that make the achievement of this goal reality. Our experience and know how in broadly diversified applications and product design furnish the basis.
Busch’s headquarter is located in Maulburg, Germany. Besides Busch Holding, the German manufacturing plant, Busch Produktions GmbH, the sales organization, Dr.-Ing. K. Busch GmbH and service company, Busch Dienste GmbH are headquartered here. In addition, Busch operates production plants in Switzerland, Great Britain, Czech Republic, Korea and the USA.

Busch Vacuum Pumps and Systems
Schauinslandstraße 1
79689 Maulburg

This release was published on openPR.