Stainless Steel ( 316L )
PHYSICAL CHARACTERISTICS |
Grain Size15~53μm ShapeSpherical Mobility40S(Hall flowmeter) Apparent density3.9 g/cm³ |
CHEMICAL COMPOSITION |
Fe(Balance) Cr(16~18%) Ni(10~14%) Mo(2~3%) Mn(≤2%) Si(≤1%) C(≤0.03%) P(≤0.0045%) H(≤120ppm) S(≤0.03%) O(≤0.13%) |
MOLDING PERFORMANCE |
Relative Density≥99% Density7.89 g/cm³ Tensile Strength≥560 MPa Yield strength≥480 MPa Elongation at break10~20 % Elastic Modulus180 GPa Hardness158 HB |
Die Steel ( MS1 )
PHYSICAL CHARACTERISTICS |
Grain Size15~53μm ShapeSpherical Mobility40S(Hall flowmeter) Apparent density4.3 g/cm³ |
CHEMICAL COMPOSITION |
Fe(Balance) Cr(8.5~9.5%) Ni(17~19%) Mo(4.2~5.2%) Mn(≤0.1%) Ti(≤0.8~0.9%) C(≤0.03%) Al(≤0.05~0.15%) S(≤0.01%) O(≤0.15%) |
MOLDING PERFORMANCE |
Relative Density≥99% Density8 g/cm³ Tensile Strength≥1090 MPa Yield strength≥1000 MPa Elongation at break10 % (thermal process : 4%) Elastic Modulus160 GPa (thermal process : 180 GPa) Hardness323 HB (thermal process : 585 GPa) |
Titanium Alloy ( TC4 )
PHYSICAL CHARACTERISTICS |
Grain Size15~45μm ShapeSpherical Mobility45S(Hall flowmeter) Apparent density2.5 g/cm³ |
CHEMICAL COMPOSITION |
Ti(Balance) Al(5~6.75%) V(3.5~4.5%) Fe(≤0.3%) C(≤0.1%) Si(≤0.12%) O(≤1300ppm) N(≤400ppm) H(≤120ppm) Other(≤0.4%) |
MOLDING PERFORMANCE |
Relative Density≥99.9% Density4.51 g/cm³ Tensile Strength≥1000 MPa Yield strength≥900 MPa Extensibility≥4~10% Elastic Modulus100~120 GPa Hardness294 HB |
Aluminium Alloy ( AlSi₁₀Mg )
PHYSICAL CHARACTERISTICS |
Grain Size15~53μm ShapeSpherical Mobility150S(Hall flowmeter) Apparent density1.45 g/cm³ |
CHEMICAL COMPOSITION |
Al(Balance) Si(9~10%) Mg(0.2~0.45%) Cu(≤0.05%) Mn(≤0.45%) Ni(≤0.05%) Fe(≤0.55%) Ti(≤0.15%) O(≤0.15%) |
MOLDING PERFORMANCE |
Relative Density≥95% Density2.67 g/cm³ Tensile Strength≥330 MPa Yield strength≥245 MPa Elongation at break6 % Elastic Modulus70 GPa Hardness120 HB |
Co-Cr Alloy ( MP1 )
PHYSICAL CHARACTERISTICS |
Grain Size15~53μm ShapeSpherical Mobility45S(Hall flowmeter) Apparent density4.2 g/cm³ |
CHEMICAL COMPOSITION |
Co(Balance) Cr(22~23%) Mo(5~10%) W(5~10%) Si(≤1.5%) C(≤0.03%) O(≤0.13%) |
MOLDING PERFORMANCE |
Relative Density≥99% Density4.2 g/cm³ Tensile Strength≥1000 MPa Yield strength≥900 MPa Elongation at break10 % Elastic Modulus200 GPa Hardness323~428 HB |
Ni-base Superalloy ( IN718 )
PHYSICAL CHARACTERISTICS |
Grain Size15~53μm ShapeSpherical Mobility45S(Hall flowmeter) Apparent density4.4 g/cm³ |
CHEMICAL COMPOSITION |
Ni（50~55%） Fe（Balance） Cr（17~22%） Nb（4.75~5.5%） Mo（2.8~3.3%） Ti（0.65~1.15%） Co（≤1%） Al（0.2~0.8%） Si（≤0.35%） C（≤0.08%） P（≤0.015%） |
MOLDING PERFORMANCE |
Relative Density≥99% Density8.15 g/cm³ Tensile Strength≥980 MPa (thermal process : 1240 MPa) Yield strength≥700 MPa (thermal process : 1000 Mpa) Elongation at break12~30 % Elastic Modulus140~180 GPa Hardness283 HB (thermal process : 455 HB) |
Chromium Bronze ( QCr1 )
PHYSICAL CHARACTERISTICS |
Grain Size15~53μm ShapeSpherical Mobility50S(Hall flowmeter) Apparent density4.8 g/cm³ |
CHEMICAL COMPOSITION |
Cu(Balance) Cr（0.5~1.5%） Zr（0.04~0.1%） Mg（0.04~0.08%） |
MOLDING PERFORMANCE |
Relative Density≥98% Density8.9 g/cm³ Tensile Strength300 MPa Yield strength200 MPa Elongation at break5 % Elastic Modulus90 GPa Hardness170~200 HB |