concrete magnet:
concrete magnet is a new magnet system to fix the formwork in the concrete precast. the assembly have strong neodymium magnet and iron plates. it is designed with higher lever magnetic circuit. this design circuit have very stronger adhesive force to any ferrous forwork. but the magnetic circuit boxed in a metal box. easy to control open or colse.
it is similar to ratec shuttering magnet products.
concrete magnet included shuttering magnet and insert magnet and chamfer magnet.
shuttering magnet custom made for the precast concrete industry. we used neodymium magnetic materials. this products can used in any concrete formwork application.
our shuttering magnet can be used on any formwork surfaces of ferrous metal materials.
concrete magnet is a new magnet system to fix the formwork in the concrete precast. the assembly have strong neodymium magnet and iron plates. it is designed with higher lever magnetic circuit. this design circuit have very stronger adhesive force to any ferrous forwork. but the magnetic circuit boxed in a metal box. easy to control open or colse.
it is similar to ratec shuttering magnet products.
concrete magnet included shuttering magnet and insert magnet and chamfer magnet.
shuttering magnet custom made for the precast concrete industry. we used neodymium magnetic materials. this products can used in any concrete formwork application.
our shuttering magnet can be used on any formwork surfaces of ferrous metal materials.
concrete magnets :
1. The NdFeB magnet hashigh remanence, high coercive force, high energy product and high ratiobetween performance value and product cost.
2. It can be easilyformed into various sizes.
3. Smaller size andlighter weight in designing devices
4.Grade: N35-N52, 33M-50M, 30H-48H, 30SH-45SH, 30UH-40UH, 28EH-38EH,30AH-33AH.
5.High energy range from30MGOe to 53MGOe with wonderful coercive force.
6. For most applications,coating or plating is recommended.
6. For most applications,coating or plating is recommended.
7.Coatings: Ni, Zn, gold, copper, epoxy, chemical, parylene and so on.
8.Advantages:
a) High energy .
b) Very high Hc and Hcioutput.
c) More economical than SmCo
d) Wonderful performance atambient temperature.
a) High energy .
b) Very high Hc and Hcioutput.
c) More economical than SmCo
d) Wonderful performance atambient temperature.
9. Disadvantages:
a) Working temperature is below 220°C.
b) Prone to oxidation than othermagnet alloys.
10. Applications: Widly used in industrial areas and Microproducts, such as Motor, sensors, loudspeaker, windmill, Auto, Nationaldefence, Speaker, Computer, Biology project, Medical treatment, Instrument andMeter etc.
a) Working temperature is below 220°C.
b) Prone to oxidation than othermagnet alloys.
10. Applications: Widly used in industrial areas and Microproducts, such as Motor, sensors, loudspeaker, windmill, Auto, Nationaldefence, Speaker, Computer, Biology project, Medical treatment, Instrument andMeter etc.
