New high temperature Drawer Filter Magnet

Bunting is launching the FF350, a new Drawer Filter Magnet designed for use in high temperature applications, at the K2019 Show (16-23 October 2019 Dusseldorf, Germany).

The New FF350 Drawer Filter Magnet

Bunting is one of the world’s leading designers and manufacturers of magnetic separators and metal detectors for the recycling and plastics industries. The Bunting European manufacturing facilities for their wide range of metal separation and detection equipment are in Redditch, just outside Birmingham, and Berkhamsted, both in the United Kingdom.

The FF Series of Drawer Filter Magnets collect and separate ferrous metal contamination from gravity fed, dry, free flowing materials. Mounted inside the outer housing are extremely strong Neodymium Rare Earth Magnets which attract and hold any magnetically-susceptible contamination. FF Drawer Filter Magnets are used extensively in the plastics sector prior to moulding and extrusion, and also in the processing of secondary plastic.

The FF350 High-Temp Drawer Magnet answers the growing demand from both OEMs and end-user customers for processing material at higher temperatures. Higher temperatures promote plastic clarity and performance, particularly in injection moulding. However, neodymium rare earth magnets are susceptible to permanent damage if exposed to excessive heat, significantly reducing magnetic strength and the capability to separate fine ferrous magnetic particles.

An installed FF Drawer Filter Magnet

During the design phase, Bunting’s engineering team reviewed all aspects of the Drawer Filter Magnet, assessing the areas of risk when exposed to high temperatures. Magnetic integrity was vital and to maintain the magnetic strength and separation capability, the FF350 features special high temperature-compensated rare earth magnets.

Within the rugged housing, the design team made a number of changes. Polycarbonate is suitable for working temperatures of up to 130°C and replaced the standard Lexan used for the viewing window. The easy-release, high-torque door knobs are suitable for temperatures up to 175°C. The housing is built to support symmetrical 4,500kg compression loads and stainless-steel centre drawer guides make removal and re-installation of the magnet drawer for cleaning quick and easy.

The FF350 drawer gasket is made from Viton sponge material, which is rated to 200°C maximum temperature and resists heat aging and compression set. Polysulfone material is used on the front of the FF350, resisting intermittent temperatures up to 175°C.

A key feature of the new design is the ability for customers to easily upgrade existing units. The design of the FF350 housing is the same as a standard model, and existing users can purchase drawers and other accessories separately to upgrade their FF Drawer Magnets into a FF350.

The FF350 is a valuable addition to the FF Drawer Filter Magnet range.

For further information, please contact us at: press@buntingeurope.com or visit our website at: www.mastermagnets.com