Exhibitor List
| Company | JINZHOU ZHONGHONG QIHUI QUAVTZ GLASS PRODUCTS CO.,LTD. |
| Country | China |
| Products | Analysis and laboratory techniques Environmental monitoring techniques and equipment |
| Hall | E5 |
| Booth | F68 |
| Website | zhonghongqihui.1688.com |
| Introduction | Zhonghong Qihui Quartz Glass Products Co., Ltd. is registered in the old industrial base of Jinzhou, the hometown of quartz glass, with a registered capital of 10 million yuan. The company mainly produces quartz glass instruments, electric heaters and accessories, electric heating materials, polycrystalline silicon and silica materials, graphite and carbon products. In the field of environmental protection, the accessory product category has obtained 13 patents. High quality production is the service tenet of the factory. Welcome friends from all walks of life to visit and guide the factory！ |
Products
| Quartz digestion tube Quartz digestion tube has characteristics that ordinary glass does not have. Quartz glass uses high-purity silica sand as raw material. The traditional method of production is fusion-quenching method (heating the material to the melting temperature, and then rapidly cooling it to the solid phase of the glass). The production of ultra-high-purity and ultraviolet transmittance clear glass requires the vaporization of silicon, oxidation to silicon dioxide, and heating and dissolution. Quartz glass has a very low coefficient of thermal expansion, high temperature resistance, excellent chemical stability, and excellent electrical insulation. |
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| Quartz digestion tube Quartz digestion tube has characteristics that ordinary glass does not have. Quartz glass uses high-purity silica sand as raw material. The traditional method of production is fusion-quenching method (heating the material to the melting temperature, and then rapidly cooling it to the solid phase of the glass). The production of ultra-high-purity and ultraviolet transmittance clear glass requires the vaporization of silicon, oxidation to silicon dioxide, and heating and dissolution. Quartz glass has a very low coefficient of thermal expansion, high temperature resistance, excellent chemical stability, and excellent electrical insulation. |
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| Quartz digestion unit Quartz digestion tube has characteristics that ordinary glass does not have. Quartz glass uses high-purity silica sand as raw material. The traditional method of production is fusion-quenching method (heating the material to the melting temperature, and then rapidly cooling it to the solid phase of the glass). The production of ultra-high-purity and ultraviolet transmittance clear glass requires the vaporization of silicon, oxidation to silicon dioxide, and heating and dissolution. Quartz glass has a very low coefficient of thermal expansion, high temperature resistance, excellent chemical stability, and excellent electrical insulation. |
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| Quartz digestion tube Quartz digestion tube has characteristics that ordinary glass does not have. Quartz glass uses high-purity silica sand as raw material. The traditional method of production is fusion-quenching method (heating the material to the melting temperature, and then rapidly cooling it to the solid phase of the glass). The production of ultra-high-purity and ultraviolet transmittance clear glass requires the vaporization of silicon, oxidation to silicon dioxide, and heating and dissolution. Quartz glass has a very low coefficient of thermal expansion, high temperature resistance, excellent chemical stability, and excellent electrical insulation. |
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| Quartz digestion tube Quartz digestion tube has characteristics that ordinary glass does not have. Quartz glass uses high-purity silica sand as raw material. The traditional method of production is fusion-quenching method (heating the material to the melting temperature, and then rapidly cooling it to the solid phase of the glass). The production of ultra-high-purity and ultraviolet transmittance clear glass requires the vaporization of silicon, oxidation to silicon dioxide, and heating and dissolution. Quartz glass has a very low coefficient of thermal expansion, high temperature resistance, excellent chemical stability, and excellent electrical insulation. |
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| Quartz digestion tube Quartz digestion tube has characteristics that ordinary glass does not have. Quartz glass uses high-purity silica sand as raw material. The traditional method of production is fusion-quenching method (heating the material to the melting temperature, and then rapidly cooling it to the solid phase of the glass). The production of ultra-high-purity and ultraviolet transmittance clear glass requires the vaporization of silicon, oxidation to silicon dioxide, and heating and dissolution. Quartz glass has a very low coefficient of thermal expansion, high temperature resistance, excellent chemical stability, and excellent electrical insulation. |
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| Quartz digestion tube Quartz digestion tube has characteristics that ordinary glass does not have. Quartz glass uses high-purity silica sand as raw material. The traditional method of production is fusion-quenching method (heating the material to the melting temperature, and then rapidly cooling it to the solid phase of the glass). The production of ultra-high-purity and ultraviolet transmittance clear glass requires the vaporization of silicon, oxidation to silicon dioxide, and heating and dissolution. Quartz glass has a very low coefficient of thermal expansion, high temperature resistance, excellent chemical stability, and excellent electrical insulation. |
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| Quartz digestion tube Quartz digestion tube has characteristics that ordinary glass does not have. Quartz glass uses high-purity silica sand as raw material. The traditional method of production is fusion-quenching method (heating the material to the melting temperature, and then rapidly cooling it to the solid phase of the glass). The production of ultra-high-purity and ultraviolet transmittance clear glass requires the vaporization of silicon, oxidation to silicon dioxide, and heating and dissolution. Quartz glass has a very low coefficient of thermal expansion, high temperature resistance, excellent chemical stability, and excellent electrical insulation. |
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| Quartz digestion tube Quartz digestion tube has characteristics that ordinary glass does not have. Quartz glass uses high-purity silica sand as raw material. The traditional method of production is fusion-quenching method (heating the material to the melting temperature, and then rapidly cooling it to the solid phase of the glass). The production of ultra-high-purity and ultraviolet transmittance clear glass requires the vaporization of silicon, oxidation to silicon dioxide, and heating and dissolution. Quartz glass has a very low coefficient of thermal expansion, high temperature resistance, excellent chemical stability, and excellent electrical insulation. |
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| Quartz digestion tube Quartz digestion tube has characteristics that ordinary glass does not have. Quartz glass uses high-purity silica sand as raw material. The traditional method of production is fusion-quenching method (heating the material to the melting temperature, and then rapidly cooling it to the solid phase of the glass). The production of ultra-high-purity and ultraviolet transmittance clear glass requires the vaporization of silicon, oxidation to silicon dioxide, and heating and dissolution. Quartz glass has a very low coefficient of thermal expansion, high temperature resistance, excellent chemical stability, and excellent electrical insulation. |
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| Quartz digestion tube Quartz digestion tube has characteristics that ordinary glass does not have. Quartz glass uses high-purity silica sand as raw material. The traditional method of production is fusion-quenching method (heating the material to the melting temperature, and then rapidly cooling it to the solid phase of the glass). The production of ultra-high-purity and ultraviolet transmittance clear glass requires the vaporization of silicon, oxidation to silicon dioxide, and heating and dissolution. Quartz glass has a very low coefficient of thermal expansion, high temperature resistance, excellent chemical stability, and excellent electrical insulation. |
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| Quartz digestion tube Quartz digestion tube has characteristics that ordinary glass does not have. Quartz glass uses high-purity silica sand as raw material. The traditional method of production is fusion-quenching method (heating the material to the melting temperature, and then rapidly cooling it to the solid phase of the glass). The production of ultra-high-purity and ultraviolet transmittance clear glass requires the vaporization of silicon, oxidation to silicon dioxide, and heating and dissolution. Quartz glass has a very low coefficient of thermal expansion, high temperature resistance, excellent chemical stability, and excellent electrical insulation. |
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| Quartz digestion tube Quartz digestion tube has characteristics that ordinary glass does not have. Quartz glass uses high-purity silica sand as raw material. The traditional method of production is fusion-quenching method (heating the material to the melting temperature, and then rapidly cooling it to the solid phase of the glass). The production of ultra-high-purity and ultraviolet transmittance clear glass requires the vaporization of silicon, oxidation to silicon dioxide, and heating and dissolution. Quartz glass has a very low coefficient of thermal expansion, high temperature resistance, excellent chemical stability, and excellent electrical insulation. |
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