Hydrous synthetic quartz material F-HUV
Synthetic quartz melted in an oxyhydrogen flame using high-purity SiCl₄ as the raw material. It is bubble-free, has good optical properties, and is widely used in advanced optics.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Striae [F-HUV1; Striae inspection instrument; 1D=Striae-free in 1 direction] | 1D |
| Optical Homogeneity δn [F-HUV1; PV; Effective usable aperture] | ＜0.5 |
| Stress (birefringence) [F-HUV1] | ≤10 nm/cm |
| Fluorescence [F-HUV1; Mercury lamp 245nm inspection] | None |
| Operating Wavelength [F-HUV1] | 190~2100 nm |
| OH content [F-HUV1] | 900~1300 ppm |
| Striae [F-HUV2; Striae inspection instrument; 1D=Striae-free in 1 direction] | 1D |
| Optical Homogeneity δn [F-HUV2; PV; Effective usable aperture] | ＜1 |
| Stress (birefringence) [F-HUV2] | ≤10 nm/cm |
| Fluorescence [F-HUV2; Mercury lamp 245nm inspection] | None |
| Operating Wavelength [F-HUV2] | 190~2100 nm |
| OH content [F-HUV2] | 900~1300 ppm |
| Striae [F-HUV3; Striae inspection instrument; 1D=Striae-free in 1 direction] | 1D |
| Optical Homogeneity δn [F-HUV3; PV; Effective usable aperture] | ＜2 |
| Stress (birefringence) [F-HUV3] | ≤10 nm/cm |
| Fluorescence [F-HUV3; Mercury lamp 245nm inspection] | None |
| Operating Wavelength [F-HUV3] | 190~2100 nm |
| OH content [F-HUV3] | 900~1300 ppm |
| Striae [F-HUV4; Striae inspection instrument; 1D=Striae-free in 1 direction] | 1D |
| Optical Homogeneity δn [F-HUV4; PV; Effective usable aperture] | ＜3 |
| Stress (birefringence) [F-HUV4] | ≤10 nm/cm |
| Fluorescence [F-HUV4; Mercury lamp 245nm inspection] | None |
| Operating Wavelength [F-HUV4] | 190~2100 nm |
| OH content [F-HUV4] | 900~1300 ppm |
| Striae [F-HUV5; Striae inspection instrument; 1D=Striae-free in 1 direction] | 1D |
| Optical Homogeneity δn [F-HUV5; PV; Effective usable aperture] | ＜5 |
| Stress (birefringence) [F-HUV5] | ≤10 nm/cm |
| Fluorescence [F-HUV5; Mercury lamp 245nm inspection] | None |
| Operating Wavelength [F-HUV5] | 190~2100 nm |
| OH content [F-HUV5] | 900~1300 ppm |
| Striae [F-HUV6; Striae inspection instrument; 1D=Striae-free in 1 direction] | 1D |
| Optical Homogeneity δn [F-HUV6; PV; Effective usable aperture] | No Requirement |
| Stress (birefringence) [F-HUV6] | ≤10 nm/cm |
| Fluorescence [F-HUV6; Mercury lamp 245nm inspection] | None |
| Operating Wavelength [F-HUV6] | 190~2100 nm |
| OH content [F-HUV6] | 900~1300 ppm |
| Striae [F-HUV7; Striae inspection instrument; 1D=Striae-free in 1 direction] | No Requirement |
| Optical Homogeneity δn [F-HUV7; PV; Effective usable aperture] | No Requirement |
| Stress (birefringence) [F-HUV7] | No Requirement |
| Fluorescence [F-HUV7; Mercury lamp 245nm inspection] | None |
| Operating Wavelength [F-HUV7] | 190~2100 nm |
| OH content [F-HUV7] | 900~1300 ppm |
| Refractive Index n_{1530} [λ=1.53000μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.44426 |
| Refractive Index n_{1064} [λ=1.06400μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.44964 |
| Refractive Index n_{t} [λ=1.01398μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.45024 |
| Refractive Index n_{s} [λ=0.85211μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.45246 |
| Refractive Index n_{708} [λ=0.7082μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.45514 |
| Refractive Index n_{691} [λ=0.69075μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.45554 |
| Refractive Index n_{672} [λ=0.67164μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.45600 |
| Refractive Index n_{c} [λ=0.65627μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.45678 |
| Refractive Index n_{c}’ [λ=0.64385μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.45642 |
| Refractive Index n_{He-Ne} [λ=0.63299μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.45701 |
| Refractive Index n_{623} [λ=0.62344μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.45733 |
| Refractive Index n_{D} [λ=0.58929μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.45841 |
| Refractive Index n_{d} [λ=0.58773μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.45846 |
| Refractive Index n_{577} [λ=0.57696μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.45886 |
| Refractive Index n_{e} [λ=0.54623μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.46007 |
| Refractive Index n_{492} [λ=0.49161μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.46282 |
| Refractive Index n_{F} [λ=0.48613μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.46312 |
| Refractive Index n_{F}’ [λ=0.47999μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.46353 |
| Refractive Index n_{g} [λ=0.43596μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.46669 |
| Refractive Index n_{h} [λ=0.40477μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.46962 |
| Refractive Index n_{i} [λ=0.36512μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.47455 |
| Refractive Index n_{334} [λ=0.33415μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.47979 |
| Refractive Index n_{313} [λ=0.31266μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.48450 |
| Refractive Index n_{289} [λ=0.28936μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.49105 |
| Refractive Index n_{270} [λ=0.26988μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.49812 |
| Refractive Index n_{254} [λ=0.25373μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.50554 |
| Refractive Index n_{248} [λ=0.24800μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.50846 |
| Refractive Index n_{229} [λ=0.22887μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.52121 |
| Refractive Index n_{215} [λ=0.21451μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.53378 |
| Refractive Index n_{194} [λ=0.19423μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.55896 |
| Refractive Index n_{185} [λ=0.18495μm; 25℃, 1013hPa, dry nitrogen; Error ±2.0·10⁻⁵] | 1.57511 |
| Refractive Index n_{d} [Optical properties—Refractive index section (no separate measurement conditions stated)] | 1.45849 |
| Refractive Index n_{e} [Optical properties—Refractive index section (no separate measurement conditions stated)] | 1.46011 |
| Abbe Number v_{d} [Optical properties—Abbe number section (no separate measurement conditions stated)] | 67.72 |
| Abbe Number v_{e} [Optical properties—Abbe number section (no separate measurement conditions stated)] | 67.58 |
| Dispersion n_{d}-n_{C} [Optical properties—Dispersion section (no separate measurement conditions stated)] | 0.00677 |
| Dispersion n_{f}'-n_{C}' [Optical properties—Dispersion section (no separate measurement conditions stated)] | 0.00681 |
| Partial Dispersion n_{C}-n_{t} [Optical properties—Partial dispersion section (no separate measurement conditions stated)] | 0.00613 |
| Partial Dispersion n_{C}-n_{A}' [Optical properties—Partial dispersion section (no separate measurement conditions stated)] | 0.00248 |
| Partial Dispersion n_{d}-n_{C} [Optical properties—Partial dispersion section (no separate measurement conditions stated)] | 0.00209 |
| Partial Dispersion n_{e}-n_{C} [Optical properties—Partial dispersion section (no separate measurement conditions stated)] | 0.00371 |
| Partial Dispersion n_{g}-n_{d} [Optical properties—Partial dispersion section (no separate measurement conditions stated)] | 0.00824 |
| Partial Dispersion n_{g}-n_{F} [Optical properties—Partial dispersion section (no separate measurement conditions stated)] | 0.00356 |
| Partial Dispersion n_{h}-n_{g} [Optical properties—Partial dispersion section (no separate measurement conditions stated)] | 0.00293 |
| Partial Dispersion n_{i}-n_{g} [Optical properties—Partial dispersion section (no separate measurement conditions stated)] | 0.00785 |
| Partial Dispersion n_{C}'-n_{t} [Optical properties—Partial dispersion section (no separate measurement conditions stated)] | 0.00647 |
| Partial Dispersion n_{e}-n_{C}' [Optical properties—Partial dispersion section (no separate measurement conditions stated)] | 0.00337 |
| Partial Dispersion n_{F}'-n_{e} [Optical properties—Partial dispersion section (no separate measurement conditions stated)] | 0.00344 |
| Partial Dispersion n_{i}-n_{F} [Optical properties—Partial dispersion section (no separate measurement conditions stated)] | 0.01104 |
| Partial Dispersion Ratio θC._{t} [Optical properties—Partial dispersion ratio section (no separate measurement conditions stated)] | 0.9056 |
| Partial Dispersion Ratio θC.A' [Optical properties—Partial dispersion ratio section (no separate measurement conditions stated)] | 0.3665 |
| Partial Dispersion Ratio θd.C [Optical properties—Partial dispersion ratio section (no separate measurement conditions stated)] | 0.3093 |
| Partial Dispersion Ratio θe.C [Optical properties—Partial dispersion ratio section (no separate measurement conditions stated)] | 0.5480 |
| Partial Dispersion Ratio θg.d [Optical properties—Partial dispersion ratio section (no separate measurement conditions stated)] | 1.2167 |
| Partial Dispersion Ratio θg.F [Optical properties—Partial dispersion ratio section (no separate measurement conditions stated)] | 0.5260 |
| Partial Dispersion Ratio θh.g [Optical properties—Partial dispersion ratio section (no separate measurement conditions stated)] | 0.4323 |
| Partial Dispersion Ratio θi.g [Optical properties—Partial dispersion ratio section (no separate measurement conditions stated)] | 1.1600 |
| Partial Dispersion Ratio θ'C.t' [Optical properties—Partial dispersion ratio section (no separate measurement conditions stated)] | 0.9499 |
| Partial Dispersion Ratio θ'e.C' [Optical properties—Partial dispersion ratio section (no separate measurement conditions stated)] | 0.4952 |
| Partial Dispersion Ratio θ'F.e' [Optical properties—Partial dispersion ratio section (no separate measurement conditions stated)] | 0.5046 |
| Partial Dispersion Ratio θ'i.F' [Optical properties—Partial dispersion ratio section (no separate measurement conditions stated)] | 1.6209 |
| Typical trace element AI [Optical grade; Source does not state a content unit] | ≤0.05 |
| Typical trace element Na [Optical grade; Source does not state a content unit] | ≤0.02 |
| Typical trace element Ca [Optical grade; Source does not state a content unit] | ≤0.02 |
| Typical trace element K [Optical grade; Source does not state a content unit] | ≤0.01 |
| Typical trace element Fe [Optical grade; Source does not state a content unit] | ≤0.005 |
| Typical trace element Ti [Optical grade; Source does not state a content unit] | ≤0.01 |
| Typical trace element Cu [Optical grade; Source does not state a content unit] | ≤0.005 |
| Typical trace element Cr [Optical grade; Source does not state a content unit] | ≤0.005 |
| Typical trace element Mn [Optical grade; Source does not state a content unit] | ≤0.005 |
| Dispersion formula coefficients A_{1} | 0.6961852 |
| Dispersion formula coefficients B_{1} | 0.0685886 |
| Dispersion formula coefficients A_{2} | 0.4079779 |
| Dispersion formula coefficients B_{2} | 0.1162043 |
| Dispersion formula coefficients A_{3} | 0.8974798 |
| Dispersion formula coefficients B_{3} | 9.8961609 |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval -40~-20℃; Spectral line e(546.1nm)] | 7.8 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval -40~-20℃; Spectral line g(435.8nm)] | 8.2 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval -40~-20℃; Spectral line h(404.7nm)] | 8.4 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval -40~-20℃; Spectral line i(360.0nm)] | 8.7 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval -20~0℃; Spectral line e(546.1nm)] | 8.2 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval -20~0℃; Spectral line g(435.8nm)] | 8.6 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval -20~0℃; Spectral line h(404.7nm)] | 8.9 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval -20~0℃; Spectral line i(360.0nm)] | 9.2 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 0~20℃; Spectral line e(546.1nm)] | 8.7 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 0~20℃; Spectral line g(435.8nm)] | 9.1 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 0~20℃; Spectral line h(404.7nm)] | 9.4 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 0~20℃; Spectral line i(360.0nm)] | 9.7 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 20~40℃; Spectral line e(546.1nm)] | 9.1 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 20~40℃; Spectral line g(435.8nm)] | 9.5 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 20~40℃; Spectral line h(404.7nm)] | 9.8 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 20~40℃; Spectral line i(360.0nm)] | 10.2 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 40~60℃; Spectral line e(546.1nm)] | 9.5 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 40~60℃; Spectral line g(435.8nm)] | 9.9 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 40~60℃; Spectral line h(404.7nm)] | 10.2 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 40~60℃; Spectral line i(360.0nm)] | 10.6 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 60~80℃; Spectral line e(546.1nm)] | 9.8 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 60~80℃; Spectral line g(435.8nm)] | 10.3 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 60~80℃; Spectral line h(404.7nm)] | 10.5 ×10⁻⁶/K |
| Absolute dn/dT [Group 1 of tables with the same heading; Temperature interval 60~80℃; Spectral line i(360.0nm)] | 10.9 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval -40~-20℃; Spectral line e(546.1nm)] | 9.8 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval -40~-20℃; Spectral line g(435.8nm)] | 10.2 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval -40~-20℃; Spectral line h(404.7nm)] | 10.5 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval -40~-20℃; Spectral line i(360.0nm)] | 10.8 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval -20~0℃; Spectral line e(546.1nm)] | 9.9 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval -20~0℃; Spectral line g(435.8nm)] | 10.4 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval -20~0℃; Spectral line h(404.7nm)] | 10.7 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval -20~0℃; Spectral line i(360.0nm)] | 11.0 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 0~20℃; Spectral line e(546.1nm)] | 10.1 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 0~20℃; Spectral line g(435.8nm)] | 10.6 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 0~20℃; Spectral line h(404.7nm)] | 10.9 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 0~20℃; Spectral line i(360.0nm)] | 11.2 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 20~40℃; Spectral line e(546.1nm)] | 10.6 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 20~40℃; Spectral line g(435.8nm)] | 10.8 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 20~40℃; Spectral line h(404.7nm)] | 11.1 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 20~40℃; Spectral line i(360.0nm)] | 11.5 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 40~60℃; Spectral line e(546.1nm)] | 10.6 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 40~60℃; Spectral line g(435.8nm)] | 11.1 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 40~60℃; Spectral line h(404.7nm)] | 11.4 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 40~60℃; Spectral line i(360.0nm)] | 11.7 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 60~80℃; Spectral line e(546.1nm)] | 10.8 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 60~80℃; Spectral line g(435.8nm)] | 11.3 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 60~80℃; Spectral line h(404.7nm)] | 11.6 ×10⁻⁶/K |
| Absolute dn/dT [Group 2 of tables with the same heading; Temperature interval 60~80℃; Spectral line i(360.0nm)] | 12.0 ×10⁻⁶/K |
| Density [F-HUV Series Physical Properties (Grades Not Distinguished)] | 2.2 g/cm³ |
| Young's Modulus [F-HUV Series Physical Properties (Grades Not Distinguished)] | 71 GPa |
| Shear Modulus [F-HUV Series Physical Properties (Grades Not Distinguished)] | 31 GPa |
| Poisson’s Ratio [F-HUV Series Physical Properties (Grades Not Distinguished)] | 0.15 |
| Flexural Strength [F-HUV Series Physical Properties (Grades Not Distinguished)] | 89 MPa |
| Compressive strength [F-HUV Series Physical Properties (Grades Not Distinguished)] | 0.92 MPa |
| Tensile Strength [F-HUV Series Physical Properties (Grades Not Distinguished)] | 49 MPa |
| Torsional strength [F-HUV Series Physical Properties (Grades Not Distinguished)] | 29 MPa |
| Mohs Hardness [F-HUV Series Physical Properties (Grades Not Distinguished)] | 5~6 |
| Dielectric Constant [F-HUV Series Physical Properties (Grades Not Distinguished)] | 4.0 |
| Dielectric loss angle φ [F-HUV Series Physical Properties (Grades Not Distinguished); 21℃/1MHZ] | 89.93 ° |
| tanδ [F-HUV Series Physical Properties (Grades Not Distinguished); δ=90°−φ; 21℃/1MHZ] | 1.2×10⁻³ |
| Electrical Resistivity [F-HUV Series Physical Properties (Grades Not Distinguished); 20℃] | ＞1×10³ |
| Strain Point [F-HUV Series Physical Properties (Grades Not Distinguished)] | 920 ℃ |
| Annealing point [F-HUV Series Physical Properties (Grades Not Distinguished)] | 1060 ℃ |
| Softening Point [F-HUV Series Physical Properties (Grades Not Distinguished)] | 1585 ℃ |
| Thermal Conductivity [F-HUV Series Physical Properties (Grades Not Distinguished); 20℃] | 1.33 W ./m k |
| Specific Heat [F-HUV Series Physical Properties (Grades Not Distinguished)] | 790 J/kg.k |
| Thermal Diffusivity [F-HUV series physical properties (not separated by grade); Source unit retained as in the table header, not changed to m²/s] | 8.17 ×10⁻⁷/k |
| Coefficient of Thermal Expansion [F-HUV Series Physical Properties (Grades Not Distinguished); α; 25℃~100℃] | 5.7 ×10⁻⁷/k |
| Coefficient of Thermal Expansion [F-HUV Series Physical Properties (Grades Not Distinguished); α; 25℃~200℃] | 6.4 ×10⁻⁷/k |
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Driven by worldwide energy‑structure transformation, the lithium‑ion battery industry is expanding rapidly as green, high‑efficiency energy‑storage devices gain surging global market demand. With years‑long dedication to intelligent manufacturing, Han’s Laser Lithium‑battery Intelligent Equipment has accumulated solid R&D strength and rich practical experience. By integrating multiple cutting‑edge technologies, the company delivers high‑efficiency, eco‑friendly and sustainable lithium‑ion battery production lines, bringing revolutionary upgrades to the new‑energy battery sector.
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