Paper, board and pulps. Determination of water-soluble chlorides
Paper, board and pulps. Determination of water-soluble chlorides
  • Load image into Gallery viewer, Paper, board and pulps. Determination of water-soluble chlorides
  • Load image into Gallery viewer, Paper, board and pulps. Determination of water-soluble chlorides

Paper, board and pulps. Determination of water-soluble chlorides

Regular price
£166.00
Sale price
£166.00
Regular price
£83.00
Sold out
Unit price
per 

What is ISO 9197 Chloride content in paper pulps about?  

ISO 9197 is an international standard that lays out technical specifications for the determination of water-soluble chlorides in the paper, board and pulp. 

ISO 9197 specifies a method for the determination of water-soluble chlorides in all types of paper, board and pulp. The lower limit of the determination is 20 mg of chloride ion per kilogram of dry sample. 

Who is ISO 9197 Chloride content in paper pulps for? 

ISO 9197 on determining water-soluble chlorides in paper, boards and pulps is useful for: 

  • Paper mills and manufacturers  
  • Distributors, dealers and importers of paper, board and pulp  
  • Quality control personnel  
  • Testing labs for paper, board and pulp 

Why should you use ISO 9197Chloride content in paper pulps 

Chloride in paper pulps enhances the durability of paper products. However, high content of water-soluble content in paper pulps can have the reverse effect. 

ISO 9197 provides you guidance for all technical specifications such as principle, reagents, apparatus, sampling and preparation of the sample, procedure, calculation, precision and test report allowing you to determine the quantity of water-soluble chlorides in paper pulps accurately for quality assessment purposes. 

What’s changed since the last update?  

BS ISO 9197:2016 replaces ISO 9197:2006, of which it constitutes a minor revision. The changes in BS ISO 9197:2016 compared to ISO 9197:2006 are as follows: 

  • The text in 5.4 on the preparation of nitric acid has been corrected 
  • The precision statement has been moved to Annex A