光学玻璃

晶华光电

H-LAK7B

H-LAK7B is a high-refractive-index, low-dispersion lanthanum-based optical glass commonly used in high-precision optical systems and achromatic lens designs.

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H-LAK8S

H-LAK8S is a high-refractive-index, medium-dispersion lanthanum-based optical glass widely used in high-precision imaging systems and complex optical designs.

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H-LAK10S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-LAK52S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-LAK53S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZK3

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZK11

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZK14

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZF2

With its specialized refractive index and dispersion properties, it not only reduces aberrations but also allows for a reduction in the number and weight of lenses in the optical system.

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H-ZF6

With its specialized refractive index and dispersion properties, it not only reduces aberrations but also allows for a reduction in the number and weight of lenses in the optical system.

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H-ZF12

With its specialized refractive index and dispersion properties, it not only reduces aberrations but also allows for a reduction in the number and weight of lenses in the optical system.

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H-ZF62S

With its specialized refractive index and dispersion properties, it not only reduces aberrations but also allows for a reduction in the number and weight of lenses in the optical system.

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H-ZLAF3S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF4LS

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF50S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF51S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF52S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF53S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF56

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF75S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF76S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF78A

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF89S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF3S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZLAF4LS

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZLAF50S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZLAF51S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZLAF52S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZLAF53S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZLAF56

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZLAF75S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZLAF76S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZLAF78A

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZLAF89S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-LAF2S

H-LAF2S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

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H-LAF3S

H-LAF3S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

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H-LAF4S

H-LAF4S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

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H-LAF10S

H-LAF10S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

H-LAF50S

H-LAF50S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

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H-LAF52S

H-LAF52S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

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H-LAF53S

H-LAF53S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

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H-LAF54S

H-LAF54S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

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H-LAF3S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-LAF2S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-LAF4S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-LAF10S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

H-LAF50S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

了解更多 >

H-LAF52S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-LAF53S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

了解更多 >

H-LAF54S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZPK1

Phosphate optical glass is a premium material made primarily from phosphate, offering key features like high light transmittance, low dispersion, and tunable refractive index. Widely used in lasers, fiber optics, and precision optical components for superior performance.

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H-ZF62

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H-ZF72

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H-ZF88

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D-ZK2

Low-softening-point optical glass is an eco-friendly material with softening temperatures below 600°C. This property makes it ideal for precision molding processes, shortening cycle times and extending mold service life.

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D-LAK6

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D-ZLAF52

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光学玻璃

镧系光学玻璃H-ZLAF类

H-ZLAF3S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF4LS

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF50S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF51S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF52S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF53S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF56

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF75S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF76S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF78A

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF89S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZLAF3S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

了解更多 >

H-ZLAF4LS

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZLAF50S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

了解更多 >

H-ZLAF51S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

了解更多 >

H-ZLAF52S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

了解更多 >

H-ZLAF53S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

了解更多 >

H-ZLAF56

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

了解更多 >

H-ZLAF75S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZLAF76S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZLAF78A

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-ZLAF89S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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镧系光学玻璃H-LAF类

H-LAF2S

H-LAF2S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

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H-LAF3S

H-LAF3S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

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H-LAF4S

H-LAF4S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

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H-LAF10S

H-LAF10S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

H-LAF50S

H-LAF50S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

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H-LAF52S

H-LAF52S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

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H-LAF53S

H-LAF53S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

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H-LAF54S

H-LAF54S is designed for high-precision imaging applications and complex optical system design. It improves optical performance while reducing component count and overall system weight.

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H-LAF3S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-LAF2S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-LAF4S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

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H-LAF10S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

H-LAF50S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

了解更多 >

H-LAF52S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

了解更多 >

H-LAF53S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

了解更多 >

H-LAF54S

具有特殊的折射率和色散，不仅可以降低像差，同时可以减少光学系统镜片的数量和重量。

了解更多 >

镧系光学玻璃H-LAK类

H-LAK7B

H-LAK7B is a high-refractive-index, low-dispersion lanthanum-based optical glass commonly used in high-precision optical systems and achromatic lens designs.

Learn More >

H-LAK8S

H-LAK8S is a high-refractive-index, medium-dispersion lanthanum-based optical glass widely used in high-precision imaging systems and complex optical designs.

Learn More >

H-LAK10S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

Learn More >

H-LAK52S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-LAK53S

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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镧系光学玻璃H-ZK类

H-ZK3

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZK11

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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H-ZK14

With its unique combination of refractive index and dispersion, it not only minimizes optical aberrations but also helps reduce the number and overall weight of lenses in the optical system.

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高端磷酸盐玻璃

H-ZF2

With its specialized refractive index and dispersion properties, it not only reduces aberrations but also allows for a reduction in the number and weight of lenses in the optical system.

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H-ZF6

With its specialized refractive index and dispersion properties, it not only reduces aberrations but also allows for a reduction in the number and weight of lenses in the optical system.

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H-ZF12

With its specialized refractive index and dispersion properties, it not only reduces aberrations but also allows for a reduction in the number and weight of lenses in the optical system.

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H-ZF62S

With its specialized refractive index and dispersion properties, it not only reduces aberrations but also allows for a reduction in the number and weight of lenses in the optical system.

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低软化点光学玻璃

D-ZK2

具有较低的熔化温度和封接温度，良好的耐热性和化学稳定性，高的机械强度。

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D-LAK6

具有较低的熔化温度和封接温度，良好的耐热性和化学稳定性，高的机械强度。

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D-ZLAF52

具有较低的熔化温度和封接温度，良好的耐热性和化学稳定性，高的机械强度。

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光学毛坯 棒查看所有

光学毛坯 各种型料查看所有

光学玻璃

晶华光电

H-LAK7B

H-LAK8S

H-LAK10S

H-LAK52S

H-LAK53S

H-ZK3

H-ZK11

H-ZK14

H-ZF2

H-ZF6

H-ZF12

H-ZF62S

H-ZLAF3S

H-ZLAF4LS

H-ZLAF50S

H-ZLAF51S

H-ZLAF52S

H-ZLAF53S

H-ZLAF56

H-ZLAF75S

H-ZLAF76S

H-ZLAF78A

H-ZLAF89S

H-ZLAF3S

H-ZLAF4LS

H-ZLAF50S

H-ZLAF51S

H-ZLAF52S

H-ZLAF53S

H-ZLAF56

H-ZLAF75S

H-ZLAF76S

H-ZLAF78A

H-ZLAF89S

H-LAF2S

H-LAF3S

H-LAF4S

H-LAF10S

H-LAF50S

H-LAF52S

H-LAF53S

H-LAF54S

H-LAF3S

H-LAF2S

H-LAF4S

H-LAF10S

H-LAF50S

H-LAF52S

H-LAF53S

H-LAF54S

H-ZPK1

H-ZF62

H-ZF72

H-ZF88

D-ZK2

D-LAK6

D-ZLAF52

光学玻璃

镧系光学玻璃H-ZLAF类

H-ZLAF3S

H-ZLAF4LS

H-ZLAF50S

H-ZLAF51S

H-ZLAF52S

H-ZLAF53S

H-ZLAF56

H-ZLAF75S

H-ZLAF76S

H-ZLAF78A

H-ZLAF89S

H-ZLAF3S

H-ZLAF4LS

H-ZLAF50S

H-ZLAF51S

H-ZLAF52S

H-ZLAF53S

光学毛坯棒查看所有

光学毛坯各种型料查看所有