中国//
Quantachrome Instruments is a global leader in laboratory material characterization instrumentation for analysis of porous materials and powders. For over 45 years, Quantachrome has designed revolutionary analytical laboratory instruments for material characterization laboratories. Our instrumentation is used in leading industrial and research laboratories for the analysis of powder and porous materials’ surface area, density, pore size, pore size distribution, and specific gas and vapor interactions. These physical properties are essential qualities of battery and fuel cell materials, heterogeneous catalysts, hierarchical catalysts, graphene, MOF (metal organic frameworks), pharmaceutical powders, ceramics, carbons, zeolites, advanced mesoporous and microporous materials, biomaterials, foam materials, pigments, and food products.
注册时间：
注册资金：140万人民币
注册地址：中国//
| 公司名称 | 美国康塔仪器 | 公司简称 | 美国康塔仪器 | 公司网址 | www.quantachrome.com |
| 机构类型 | 供应商 | 企业性质 | 私有企业 | 行政区域 | 中国// |
| 注册地址 | 中国// | 法定代表人 | 张加明 | 注册资本 | 140万人民币 |
| 注册时间 | 行业类型 | 资信等级 | 优 | ||
| 经营范围 | Quantachrome Instruments offers a wide range of fully automated gas, vapor and water sorption analyzers, gas displacement pycnometers, flow chemisorption analyzers, physisorption analyzers, expulsion porometers, intrusion porosimeters, mercury porosimeters, capillary flow porometers, and tap density analyzers. We also offer rotary rifflers for representative sampling of powders and granules. | ||||
| 公司介绍 |
Quantachrome Instruments is a global leader in laboratory material characterization instrumentation for analysis of porous materials and powders. For over 45 years, Quantachrome has designed revolutionary analytical laboratory instruments for material characterization laboratories. Our instrumentation is used in leading industrial and research laboratories for the analysis of powder and porous materials’ surface area, density, pore size, pore size distribution, and specific gas and vapor interactions. These physical properties are essential qualities of battery and fuel cell materials, heterogeneous catalysts, hierarchical catalysts, graphene, MOF (metal organic frameworks), pharmaceutical powders, ceramics, carbons, zeolites, advanced mesoporous and microporous materials, biomaterials, foam materials, pigments, and food products. |
||||
