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8303 Stainless Steel Diagonal Cutting Pliers

Optional Materials:
1. Austenitic stainless steel: typical grade 304
The non-magnetic or weakly magnetic 304 features high toughness and ductility, resistance to corrosion and high temperature. However, its strength cannot be strengthened by phase transformation.
Application: 304 is widely applied in household goods, medical appliance, ship accessories, auto parts, building materials, chemical and food industries.

Physical property
Tensile strength: σb(MPa)≥520
Offset yield strength:σ0.2(MPa)≥205
Elongation:δ5(%)≥40
Contraction percentage of area: z(%)=60
Density (20℃, g/cm3): 7.93
Hardness: HRC15-25
Melting point (℃): 1398~1454
Specific heat (0~100℃, KJ·kg-1K-1): 0.50
Heat conductivity (W·m-1·K-1): (100℃) 16.3, (500℃) 21.5
Linear expansion coefficient (10-6·K-1): (0~100℃) 17.2; (0~500℃) 18.4
Resistivity (20℃, 10-6Ω·m): 0.73
Magnetism: ≤5nT within 10cm in the magnetic field

2. Martensitic stainless steel (cutting tools stainless steel): representative grade: 420
The mechanical property of martensitic stainless steel can be adjusted by heat treating. Generally speaking, it is a kind of hardenable stainless steel. Its hardness becomes higher after quenching. And different tempering temperatures produce different combinations of strength and toughness. This material is usually used in industries that have no high requirements on corrosion resistance and in which cutting tools and machine elements have high requirements on strength.

Physical property
Tensile strength: σb(MPa)≥365
Offset yield strength:σ0.2(MPa)≥440
Elongation:δ5(%)≥20
Contraction percentage of area: z(%)=50
Density (20℃, g/cm3): 7.75
Hardness: HRC35-45
Melting point (℃): 1427
Specific heat (25℃, J·kg-1K-1): 460
Heat conductivity (W·m-1·K-1): 24.9
Linear expansion coefficient (mm/℃): (at20-100℃)