Ferrite Magnet (Ceramic 1,5,6,7) & Cutting Magnets (Ceramic 8) The chemical composition of magnets is iron oxide, barium and strontium elements. SrO-6 (Strontium Carbonate), Fe2O3 (Ferrite Oxide) or

Ferrite Magnet (Ceramic 1,5,6,7) & Cutting Magnets (Ceramic 8) The chemical composition of magnets is iron oxide, barium and strontium elements. SrO-6 (Strontium Carbonate), Fe2O3 (Ferrite Oxide) or

ГИБКИЙ МАГНИТ, ПРОИЗВЕДЕННЫЙ, ОБЪЕДИНЯЯ ФЕРРИТОВЫЙ ПОРОШОК СТРОНЦИЯ ИЛИ БАРИЯ С МАТРИЦЕЙ ПОЛИМЕРА. ГИБКИЕ МА

FLEXIBLE MAGNET PRODUCED BY CONSOLIDATING STRONTIUM OR BARIUM FERRITE POWDER WITH POLYMER MATRIX. FLEXIBLE MAGNETS DON T CRACK OR BREAK. FORM IN PROFILES, STRIPS

FLEXIBLE MAGNET PRODUCED BY CONSOLIDATING STRONTIUM OR BARIUM FERRITE POWDER WITH POLYMER MATRIX. FLEXIBLE MAGNETS DON T CRACK OR BREAK. FORM IN PROFILES, STRIPS

ЧИСТАЯ ПОВЕРХНОСТЬ. СИЛЬНАЯ МАГНИТНАЯ СИЛА. ИСПОЛЬЗОВАНИЕ: МАГНИТНЫЙ БАР

CLEAN SURFACE. STRONG MAGNETIC STRENGTH. USAGE: MAGNETIC BAR

ЧИСТАЯ ПОВЕРХНОСТЬ. СИЛЬНАЯ МАГНИТНАЯ СИЛА. ИСПОЛЬЗОВАНИЕ: МАГНИТНЫЙ БАР

NDFEB MAGNET IS MAINLY MADE OF NEODYMIUM, IRON AND BORON WITH EXCELLENT MAGNETIC PROPERTY, PRODUCED BY POWDER METALLURGICAL METHOD WITH CHEMICAL COMPOSITION OF ND2FE14B, POSSESSES HIGH ENERGY RANGING