Description

Boron carbide powder F280 F320 F360 for metal coat

F280 F320 F360 boron carbide (B4C) powder is a high-performance hard ceramic filler specially developed for metal surface coating modification. Produced through high-temperature smelting, precise crushing and strict F-standard grading, this powder features uniform particle size distribution, high purity and stable mechanical properties. As one of the hardest industrial materials with ultra-high microhardness, it far exceeds conventional silicon carbide and alumina abrasives, making it an ideal functional additive for enhancing metal protective coatings.

Tailored for metal coating systems, F280 F320 F360 medium-fine grain size achieves a perfect balance between filling compactness and surface flatness. Uniformly dispersed in epoxy, polyurethane and anti-corrosion coating resins, it effectively fills microscopic pores of the coating layer, significantly improving overall density, bonding strength and wear resistance. It solves common defects of ordinary metal coatings such as easy abrasion, poor scratch resistance and short service life under harsh working conditions.

This boron carbide powder possesses excellent high-temperature resistance, acid and alkali corrosion resistance, and strong antioxidant capacity. It maintains stable physical and chemical properties under high-temperature friction, humid corrosion and long-term outdoor exposure. The unique self-lubricating and anti-wear characteristics greatly reduce surface friction coefficient of metal workpieces, effectively resisting mechanical impact, particle erosion and chemical erosion.

With low impurity content and outstanding compatibility with various coating substrates, F280 boron carbide powder avoids agglomeration and coating cracking. It is widely applied in wear-resistant and anti-corrosion coating reinforcement for mechanical equipment, steel structures, automotive metal parts and engineering components, delivering durable protection and effectively lowering overall maintenance costs.

TYPICAL CHEMICAL ANALISIS [%]:

Size-Grit	Approx Size(microns)	B%	C%	Fe₂O₃	B+C%
F60	300-250	78-81	17-22	0.2-0.4	97-99
F80	212-180	78-81	17-22	0.2-0.4	97-99
F100	150-125	78-81	17-22	0.2-0.4	97-99
F120	125-106	78-80	17-22	0.2-0.4	96-98
F150	106-75	78-80	17-22	0.2-0.4	96-98
F180	75-63	78-80	17-22	0.2-0.4	96-98
F230	53.0±3.0um	77-80	17-22	0.3-0.5	96-97
F240	44.5±2.0um	77-80	17-22	0.3-0.5	96-97
F280	36.5±1.5um	77-80	17-22	0.3-0.5	96-97
F320	29.2±1.5um	76-79	17-21	0.3-0.6	95-97
F360	22.8±1.5um	76-79	17-21	0.3-0.6	95-97
F400	17.3±1.0um	75-79	17-21	0.4-0.8	94-96
F500	12.8±1.0um	76-79	18-22	0.3-0.7	94-97
F600	9.3±1.0um	74-78	17-21	0.4-0.9	92-94
F800	6.5±1.0um	74-78	17-21	0.4-0.9	92-94
F1000	4.5±0.8um	75-78	18-22	0.1-0.8	90-94
F1200	3.0±0.5um	75-78	18-22	0.1-0.8	90-94
F1500	2.0±0.4um	75-78	18-22	0.1-0.8	90-94
F2000	1.2±0.3um	75-78	18-22	0.1-0.8	90-94

PHYSICAL PROPERTIES

Molecular Weight (g/mol.)	Theoretical Density (g/cm³)	Melting Point (°C)	Boiling Point (°C)
55.25515	2.52	2450-2723	3500
Specific Heat (cal-mol-c)	Specific Gravity	Knoop Hardness	Crystallography
12.5	2.51	2750	Mono-crystalline