GP Steel Grit

SKU #	Mesh Size (in)	Mesh Size (mm)	Description	Brand Name	Chemical Analysis	Designation	Material	Micro Hardness	Microstructure	Min Density (Alc. Disp.) (g/cm³)	Screen Number	Shape	Shape When New	Sieve Analysis	Standard Deviation	Victors	Get a Quote
SGGP 12	0.0555 to 0.0661	1.400 to 1.700	W Abrasives technical studies have shown that at an average of 44 HRC hardness, GP Angular-shot™ provides the optimum performance in many foundry and other cleaning applications. These studies show	W Abrasives	According to standard SAE J827 shot / J1993 grit	GP 12	Steel	40 - 51 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	Round	Angular	According to standard SAE J 444	±3Rc or ± 240 HV	392 - 528 HV	Quote
SGGP 14	0.0469 to 0.0555	1.180 to 1.140	W Abrasives technical studies have shown that at an average of 44 HRC hardness, GP Angular-shot™ provides the optimum performance in many foundry and other cleaning applications. These studies show	W Abrasives	According to standard SAE J827 shot / J1993 grit	GP 14	Steel	40 - 51 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	Round	Angular	According to standard SAE J 444	±3Rc or ± 240 HV	392 - 528 HV	Quote
SGGP 16	0.0394 to 0.0469	1.000 to 1.180	W Abrasives technical studies have shown that at an average of 44 HRC hardness, GP Angular-shot™ provides the optimum performance in many foundry and other cleaning applications. These studies show	W Abrasives	According to standard SAE J827 shot / J1993 grit	GP 16	Steel	40 - 51 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	Round	Angular	According to standard SAE J 444	±3Rc or ± 240 HV	392 - 528 HV	Quote
SGGP 18	0.0278 to 0.0394	0.710 to 1.000	W Abrasives technical studies have shown that at an average of 44 HRC hardness, GP Angular-shot™ provides the optimum performance in many foundry and other cleaning applications. These studies show	W Abrasives	According to standard SAE J827 shot / J1993 grit	GP 18	Steel	40 - 51 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	Round	Angular	According to standard SAE J 444	±3Rc or ± 240 HV	392 - 528 HV	Quote
SGGP 25	0.0165 to 0.0278	0.425 to 0.710	W Abrasives technical studies have shown that at an average of 44 HRC hardness, GP Angular-shot™ provides the optimum performance in many foundry and other cleaning applications. These studies show	W Abrasives	According to standard SAE J827 shot / J1993 grit	GP 25	Steel	40 - 51 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	Round	Angular	According to standard SAE J 444	±3Rc or ± 240 HV	392 - 528 HV	Quote
SGGP 40	0.0165 to 0.0117	0.300 to 0.425	W Abrasives technical studies have shown that at an average of 44 HRC hardness, GP Angular-shot™ provides the optimum performance in many foundry and other cleaning applications. These studies show	W Abrasives	According to standard SAE J827 shot / J1993 grit	GP 40	Steel	40 - 51 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	Round	Angular	According to standard SAE J 444	±3Rc or ± 240 HV	392 - 528 HV	Quote
SGGP 50	0.007 to 0.0117	0.180 to 0.300	W Abrasives technical studies have shown that at an average of 44 HRC hardness, GP Angular-shot™ provides the optimum performance in many foundry and other cleaning applications. These studies show	W Abrasives	According to standard SAE J827 shot / J1993 grit	GP 50	Steel	40 - 51 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	Round	Angular	According to standard SAE J 444	±3Rc or ± 240 HV	392 - 528 HV	Quote
SGGP 80	0.0049 to 0.007	0.125 to 0.180	W Abrasives technical studies have shown that at an average of 44 HRC hardness, GP Angular-shot™ provides the optimum performance in many foundry and other cleaning applications. These studies show	W Abrasives	According to standard SAE J827 shot / J1993 grit	GP 80	Steel	40 - 51 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	Round	Angular	According to standard SAE J 444	±3Rc or ± 240 HV	392 - 528 HV	Quote
SGGP 120	0.0029 to 0.0049	0.075 to 0.125	W Abrasives technical studies have shown that at an average of 44 HRC hardness, GP Angular-shot™ provides the optimum performance in many foundry and other cleaning applications. These studies show	W Abrasives	According to standard SAE J827 shot / J1993 grit	GP 120	Steel	40 - 51 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	Round	Angular	According to standard SAE J 444	±3Rc or ± 240 HV	392 - 528 HV	Quote

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