Steel Magnetic Recess Formers are designed to position and fix lifing anchors in precast concrete panels or stepstairs production. Due to integrated powerful neodymium magnets, it can attach the steel forms firmly. It's quite easy to position and move whereever you need it to be and release the moulding after production.

This kind of semi-spherical recess former magnets is used in conjunction with rubber seal to hold the anchors in place.We are filled with specifications as D60mm(50KG) for 1.3t anchor,D74mm(100KG) for 2.5t,D94mm(120KG) for 5.0t, D118mm(190KG) for 10.0t.

DATA SHEET

FEATURES

• Easy set up and release
• Durable & Reuse
• Cost-saving, compared to rubber recess former with bolt locking in.
• High efficience

Chuzhou Meiko Magnetics Co., Ltd. is a China based magnet company specializing in providing all shuttering magnets and precast accessories for the prefabricated construction industry. With our own factory settled down in Anhui province, we mainly produces various adhesive forces PC box magnets ranging from 450KG to 2500KG, magnetic fixing system for anchor, sleeves, PVC pipes and wire box, loft magnet,magnetic chamfering strips as well as magnetic shuttering profile for automated precast concrete platforms. It widely used in the production of prefabricated elements production such as wall panels, stairs, roofs and bridges.

With the rapid development of green buildings, the traditional screw fixings on platform are gradually being replaced. Magnetic systems have been broadly recognized and applied in the production of PC elements.This can effectively avoid damage to the tilling table and also improve production efficiency.

The company has always adhered to the concept of "quality is the basis of survival, innovation is the source of development", constantly optimizing the better structure of magnetic circuit, strengthening the monitoring of product quality, and raising awareness of after-sales service.

We hope that our expertise in magnetic assemblies can afford your better buildings, thus contributing to the bright future of green buildings.