What is the technical origin of PVC paste resin?
Thread Content
There’s very little information on resin pastes (glove materials) in the forum. With so many resin pastes being used over the years, which company provided the technology behind them? Apart from Shenyang Chemical, are there any other manufacturers in China that can transfer technology?
Sources of domestic resin technology: 1. Shenhua and Huaxiang – Japanese Chugai; 2. Mudanjiang Resin – Japanese Kyoei; 3. Anhui Chlor-Alkali – French Atos; 4. Shanghai Chlor-Alkali – Western Petroleum; 5. Xi’an Thermal Power – German Hess; 6. Xianglong Electric Power – domestic technology; 7. Tianjin Chemical Plant, Shanghai Tianyuan – Japanese Mitsubishi
Were all these technologies introduced from abroad?
It was technology introduced initially, and now it has been fully absorbed; both Shenhua and Shanghai Chlor-Alkali are able to transfer this technology abroad.
There are still some companies in contact with Acoma for technical exchanges.
Serial Number | Manufacturer | Source of Technology | Product Scale | Main Grades | Polymerization Process
1 | Shanghai Chlor-Alkali, Mitsubishi Chemical, Western Chemical | 10P450, GP62 | Seed emulsion method, mixed method
2 | Tianjin Botian, Mitsubishi Chemical | 11P450 | Seed emulsion method
3 | Shenhua, Nippon钟渊 | 13PSM-31 | Microsuspension method (MSP1 mechanical homogenization)
4 | Chenzhou Huaxiang Shenhua | 10PSM-31 | Shenhua method
5 | Mudanjiang Northeast High-Tech | 1.5P450 | Seed emulsion method
6 | Anhui Chlor-Alkali, French ATO | 61152 | Microsuspension method (MSP3)
7 | Xi’an Xihua, German Bunae | 1.2PVC-E6824 | Emulsion continuous polymerization method
8 | Yichang Shanshui | 2.5
9 | Ningxia Yinglite, Shanghai Tianyuan | 4P450 | Seed emulsion method
10 | Wuhan Xianglong | Proprietary technology | 3125A | Microsuspension method
1 | Shanghai Chlor-Alkali, Mitsubishi Chemical, Western Chemical | 10P450, GP62 | Seed emulsion method, mixed method
2 | Tianjin Botian, Mitsubishi Chemical | 11P450 | Seed emulsion method
3 | Shenhua, Nippon钟渊 | 13PSM-31 | Microsuspension method (MSP1 mechanical homogenization)
4 | Chenzhou Huaxiang Shenhua | 10PSM-31 | Shenhua method
5 | Mudanjiang Northeast High-Tech | 1.5P450 | Seed emulsion method
6 | Anhui Chlor-Alkali, French ATO | 61152 | Microsuspension method (MSP3)
7 | Xi’an Xihua, German Bunae | 1.2PVC-E6824 | Emulsion continuous polymerization method
8 | Yichang Shanshui | 2.5
9 | Ningxia Yinglite, Shanghai Tianyuan | 4P450 | Seed emulsion method
10 | Wuhan Xianglong | Proprietary technology | 3125A | Microsuspension method
Good material. I just don’t know what the numbers in the grade designation represent