GR Steel Grit

SKU #	Mesh Size (in)	Mesh Size (mm)	Description	Brand Name	Chemical Analysis	Designation	Formulation	Material	Micro Hardness	Microstructure	Min Density (Alc. Disp.) (g/cm³)	Screen Number	Shape	Shape When New	Sieve Analysis	Standard Deviation	Victors	Get a Quote
GR Steel Grit Blasting Abrasive – GR 12	0.0555 to 0.0661	1.400 to 1.700	Cast steel angular grit is produced by crushing specially heat treated shot pellets. Its behavior characteristics in service are very much dependent upon the hardness selection of GP, GB, GL or GR gr	W Abrasives	According to standard SAE J827 shot / J1993 grit	GR 12	GR Steel Grit	Steel	Minimum 60 HRC	Well controlled manufacturing gives die a martensitic structure that blends the iron and carbon atoms in the finest and most ideal way possible. This structure produces a homogeneity or hardness and	> 7.3	12 to 14	Angular	Angular	According to standard SAE J 444	±3Rc or ± 80 HV	> 697 HV	Quote
GR Steel Grit Blasting Abrasive – GR 14	0.0469 to 0.0555	1.180 to 1.140	Cast steel angular grit is produced by crushing specially heat treated shot pellets. Its behavior characteristics in service are very much dependent upon the hardness selection of GP, GB, GL or GR gr	W Abrasives	According to standard SAE J827 shot / J1993 grit	GR 14	GR Steel Grit	Steel	Minimum 60 HRC	Well controlled manufacturing gives die a martensitic structure that blends the iron and carbon atoms in the finest and most ideal way possible. This structure produces a homogeneity or hardness and	> 7.3	14 to 16	Angular	Angular	According to standard SAE J 444	±3Rc or ± 80 HV	> 697 HV	Quote
GR Steel Grit Blasting Abrasive – GR 16	0.0394 to 0.0469	1.000 to 1.180	Cast steel angular grit is produced by crushing specially heat treated shot pellets. Its behavior characteristics in service are very much dependent upon the hardness selection of GP, GB, GL or GR gr	W Abrasives	According to standard SAE J827 shot / J1993 grit	GR 16	GR Steel Grit	Steel	Minimum 60 HRC	Well controlled manufacturing gives die a martensitic structure that blends the iron and carbon atoms in the finest and most ideal way possible. This structure produces a homogeneity or hardness and	> 7.3	16 to 18	Angular	Angular	According to standard SAE J 444	±3Rc or ± 80 HV	> 697 HV	Quote
GR Steel Grit Blasting Abrasive – GR 18	0.0278 to 0.0394	0.710to 1.000	Cast steel angular grit is produced by crushing specially heat treated shot pellets. Its behavior characteristics in service are very much dependent upon the hardness selection of GP, GB, GL or GR gr	W Abrasives	According to standard SAE J827 shot / J1993 grit	GR 18	GR Steel Grit	Steel	Minimum 60 HRC	Well controlled manufacturing gives die a martensitic structure that blends the iron and carbon atoms in the finest and most ideal way possible. This structure produces a homogeneity or hardness and	> 7.3	18 to 25	Angular	Angular	According to standard SAE J 444	±3Rc or ± 80 HV	> 697 HV	Quote
GR Steel Grit Blasting Abrasive – GR 25	0.0165 to 0.0278	0.425 to 0.710	Cast steel angular grit is produced by crushing specially heat treated shot pellets. Its behavior characteristics in service are very much dependent upon the hardness selection of GP, GB, GL or GR gr	W Abrasives	According to standard SAE J827 shot / J1993 grit	GR 25	GR Steel Grit	Steel	Minimum 60 HRC	Well controlled manufacturing gives die a martensitic structure that blends the iron and carbon atoms in the finest and most ideal way possible. This structure produces a homogeneity or hardness and	> 7.3	25 to 40	Angular	Angular	According to standard SAE J 444	±3Rc or ± 80 HV	> 697 HV	Quote
GR Steel Grit Blasting Abrasive – GR 40	0.0117 to 0.0165	0.300 to 0.425	Cast steel angular grit is produced by crushing specially heat treated shot pellets. Its behavior characteristics in service are very much dependent upon the hardness selection of GP, GB, GL or GR gr	W Abrasives	According to standard SAE J827 shot / J1993 grit	GR 40	GR Steel Grit	Steel	Minimum 60 HRC	Well controlled manufacturing gives die a martensitic structure that blends the iron and carbon atoms in the finest and most ideal way possible. This structure produces a homogeneity or hardness and	> 7.3	40 to 50	Angular	Angular	According to standard SAE J 444	±3Rc or ± 80 HV	> 697 HV	Quote
GR Steel Grit Blasting Abrasive – GR 50	0.007 to 0.0117	0.180 to 0.300	Cast steel angular grit is produced by crushing specially heat treated shot pellets. Its behavior characteristics in service are very much dependent upon the hardness selection of GP, GB, GL or GR gr	W Abrasives	According to standard SAE J827 shot / J1993 grit	GR 50	GR Steel Grit	Steel	Minimum 60 HRC	Well controlled manufacturing gives die a martensitic structure that blends the iron and carbon atoms in the finest and most ideal way possible. This structure produces a homogeneity or hardness and	> 7.3	50 to 80	Angular	Angular	According to standard SAE J 444	±3Rc or ± 80 HV	> 697 HV	Quote
GR Steel Grit Blasting Abrasive – GR 80	0.0049 to 0.007	0.125 to 0.180	Cast steel angular grit is produced by crushing specially heat treated shot pellets. Its behavior characteristics in service are very much dependent upon the hardness selection of GP, GB, GL or GR gr	W Abrasives	According to standard SAE J827 shot / J1993 grit	GR 80	GR Steel Grit	Steel	Minimum 60 HRC	Well controlled manufacturing gives die a martensitic structure that blends the iron and carbon atoms in the finest and most ideal way possible. This structure produces a homogeneity or hardness and	> 7.3	80 to 120	Angular	Angular	According to standard SAE J 444	±3Rc or ± 80 HV	> 697 HV	Quote
GR Steel Grit Blasting Abrasive – GR 120	0.0029 to 0.0049	0.075 to 0.125	Cast steel angular grit is produced by crushing specially heat treated shot pellets. Its behavior characteristics in service are very much dependent upon the hardness selection of GP, GB, GL or GR gr	W Abrasives	According to standard SAE J827 shot / J1993 grit	GR 120	GR Steel Grit	Steel	Minimum 60 HRC	Well controlled manufacturing gives die a martensitic structure that blends the iron and carbon atoms in the finest and most ideal way possible. This structure produces a homogeneity or hardness and	> 7.3	120 to 200	Angular	Angular	According to standard SAE J 444	±3Rc or ± 80 HV	> 697 HV	Quote

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