Purofine PFC100H Cation Resin, Industrial Water Demineralisation, 25 L
Purofine PFC100H Cation Resin, Industrial Water Demineralisation, 25 L
Purofine PFC100H is a polystrenic gel, strong acid cation resin, hydrogen form suitable for demineralisation of industrial water treatment.
Vendor: Purolite
Available
KEY FEATURES
- Suitable for demineralisation of industrial water applications
- High operating capacity with efficient separation and regeneration
- Good physical and chemical stability
Purofine PFC100H is a polystrenic gel, strong acid cation resin, hydrogen form, suitable for demineralisation of industrial water applications.
ADDITIONAL FEATURES
- Efficient regeneration
- High operating capacity
- Efficient separation
- Lower pressure drop versus standard resin
- Good physical and chemical stability
APPLICATIONS
- Demineralisation of industrial water applications
PRODUCT PACKAGE INCLUDES
- Purofine PFC100H Cation Resin, Industrial Water Demineralisation, 25 L
SPECIFICATIONS
Brand | Purofine PFC100H |
Volume |
25 L |
Active Ingredients | Refer to Data Sheet |
Safety Related Information | Refer to Data Sheet |
The contents of this document are provided as a guide only and are subject to change without prior notice, and without any subsequent liability to Parkway Process Solutions Pty Ltd (the “Company”) or any of its related entities. The actual shape, colour, size, performance and/or any other parameters of the item/s and/or product/s and/or system/s supplied by the Company, may vary materially from those outlined by the Company.
All brand names and product names outlined in this document are either trademarks or registered trademarks and belong to the respective companies.
ALL INFORMATION OUTLINED HEREIN IS PROVIDED AS A GUIDE ONLY AND SHOULD NOT BE RELIED UPON FOR ANY PURPOSE, WITHOUT CONFIRMING SUCH DETAILS WITH THE COMPANY BEFORE MAKING A PURCHASE AND/OR UTILISING A GIVEN PRODUCT.
ADDITIONAL RESOURCES
DATA SHEET
Additional technical information for this Purolite product is outlined in the product data sheet.