Mixed Bed Resin
Price:Negotiable
Contact Info
- Add:Factory: No.10 Weisan Road, HSEDA Shangyu, Zhejiang, China Marketing Dept.: Room 1806-1808 Jinfeng Mansion, No.281 Zhong He Zhong Road, Hangzhou City, Zhejiang Province, China, Zip:
- Contact: Manager Xu
- Tel:(F)+86-575-82739258 (M)+86-571-87211518
- Email:info@pureresin.com
Other Products
Description
Additional Information
| Pure | Type | Ionic Form | S/W (g/ml) | Scaffold | Max. Service Temperature(℃) | Comments |
| PMB101 | Gel Type |
H+/OH- |
0.68-0.78 | Styrene | 60 | Suitable for the production of purified water for food, pharmaceutical, electronics industries, and laboratory applications. Capable of producing silica-free demineralized water with resistivity exceeding 5–10 MΩ·cm, featuring exceptionally high exchange capacity and excellent resistance to osmotic stress. |
| PMB102 | Gel Type |
H+/OH- |
0.68-0.78 | Styrene | 60 | Suitable for the production of purified water for food, pharmaceutical, electronics industries, and laboratory applications. Capable of producing silica-free demineralized water with resistivity exceeding 5–10 MΩ·cm, featuring exceptionally high exchange capacity and excellent resistance to osmotic stress. |
| PMB103 | Gel Type |
H+/OH- |
0.68-0.78 | Styrene | 60 | Suitable for the production of purified water for food, pharmaceutical, electronics industries, and laboratory applications. Capable of producing silica-free demineralized water with resistivity exceeding 5–10 MΩ·cm, featuring exceptionally high exchange capacity and excellent resistance to osmotic stress. |
| PMB104 | Gel Type |
H+/OH- |
0.68-0.78 | Styrene | 60 | Suitable for the production of purified water for food, pharmaceutical, electronics industries, and laboratory applications. Capable of producing silica-free demineralized water with resistivity exceeding 5–10 MΩ·cm, featuring exceptionally high exchange capacity and excellent resistance to osmotic stress. |
| PMB200 | Macroporous Type |
H+/OH- |
0.68-0.78 | Styrene | 60 | Suitable for the production of purified water for food, pharmaceutical, electronics industries, and laboratory applications. Capable of producing silica-free demineralized water with resistivity exceeding 5–10 MΩ·cm, featuring exceptionally high exchange capacity and excellent resistance to osmotic stress. |
| PEM101 | Gel Type |
H+/OH- |
0.68-0.78 | Styrene | 60 | Suitable for the production and polishing of ultrapure water for the electronics industry. Capable of producing high-purity, silica-free demineralized water with resistivity above 17 MΩ·cm, featuring exceptionally high exchange capacity and excellent resistance to osmotic stress. |
| PEM102 | Gel Type |
H+/OH- |
0.68-0.78 | Styrene | 60 | Suitable for the production and polishing of ultrapure water for the electronics industry. Capable of producing high-purity, silica-free demineralized water with resistivity above 17 MΩ·cm, featuring exceptionally high exchange capacity and excellent resistance to osmotic stress. |
| PEM103 | Gel Type |
H+/OH- |
0.68-0.78 | Styrene | 60 | Suitable for the production and polishing of ultrapure water for the electronics industry. Capable of producing high-purity, silica-free demineralized water with resistivity above 17 MΩ·cm, featuring exceptionally high exchange capacity and excellent resistance to osmotic stress. |
| PEM104 | Gel Type |
H+/OH- |
0.68-0.78 | Styrene | 60 | Suitable for the production and polishing of ultrapure water for the electronics industry. Capable of producing high-purity, silica-free demineralized water with resistivity above 17 MΩ·cm, featuring exceptionally high exchange capacity and excellent resistance to osmotic stress. |
| PEM200 | Macroporous Type |
H+/OH- |
0.68-0.78 | Styrene | 60 | Suitable for the production and polishing of ultrapure water for the electronics industry. Capable of producing high-purity, silica-free demineralized water with resistivity above 17 MΩ·cm, featuring exceptionally high exchange capacity and excellent resistance to osmotic stress. |
| PNM101 | Gel Type |
H+/OH- |
0.68-0.78 | Styrene | 60 | Used for purification of primary-circuit coolant in nuclear power plants, including removal of lithium, potassium, and boron; purification of primary auxiliary systems; boron removal; water purification in spent fuel purification systems and chemical and volume control systems (CVCS); and removal of radioactive elements as well as impurities such as sodium, chloride, and fluoride. Exhibits exceptionally high exchange capacity and excellent resistance to osmotic stress. |
| PNM102 | Gel Type |
H+/OH- |
0.68-0.78 | Styrene | 60 | Used for purification of primary-circuit coolant in nuclear power plants, including removal of lithium, potassium, and boron; purification of primary auxiliary systems; boron removal; water purification in spent fuel purification systems and chemical and volume control systems (CVCS); and removal of radioactive elements as well as impurities such as sodium, chloride, and fluoride. Exhibits exceptionally high exchange capacity and excellent resistance to osmotic stress. |
| PNM103 | Gel Type |
H+/OH- |
0.68-0.78 | Styrene | 60 | Used for purification of primary-circuit coolant in nuclear power plants, including removal of lithium, potassium, and boron; purification of primary auxiliary systems; boron removal; water purification in spent fuel purification systems and chemical and volume control systems (CVCS); and removal of radioactive elements as well as impurities such as sodium, chloride, and fluoride. Exhibits exceptionally high exchange capacity and excellent resistance to osmotic stress. |
| PNM104 | Gel Type |
H+/OH- |
0.68-0.78 | Styrene | 60 | Used for purification of primary-circuit coolant in nuclear power plants, including removal of lithium, potassium, and boron; purification of primary auxiliary systems; boron removal; water purification in spent fuel purification systems and chemical and volume control systems (CVCS); and removal of radioactive elements as well as impurities such as sodium, chloride, and fluoride. Exhibits exceptionally high exchange capacity and excellent resistance to osmotic stress. |
| PNM105Li | Gel Type |
7Li+/OH- |
0.68-0.78 | Styrene | 60 | It is suitable for the purification of coolant and waste liquid in the circuit of pressurized water reactor (PWR). |
| n | Anion : Cation (v/v) | GRADE | Description | REMARKS |
| 1 | 1:1 | STD | Standard grade |
0.315-1.25mm Particle size range: 0.315–1.25 mm |
| 2 | 3:2 | UN | Uniform particle size | - |
| 3 | 2:1 | IND | Color indicator type |
1. Green to Violet 2. Violet to Yellow 3. Blue to Yellow |
| MB | Regenerable mixed bed | - | ||
| BK | Carbon black treated | Carbon black treated cation resin for non-regenerable mixed bed use. |
| Industry Category | Chemicals |
|---|---|
| Product Category | Mixed Bed Resin |
| Brand: | PURE |
| Spec: | |
| Manufacturer: | Pure Resin Co., Ltd. |
| Origin: | 113306 |
