The German Institute for Standardization e.V. (DIN) is the independent platform for standardization in Germany and worldwide. As a partner of business, research and society, DIN makes a significant contribution to supporting the marketability of innovative solutions through standardization.
Testing of paper and cardboard; determination of average thickness of individual sheets, bulk density and specific volume
Testing of paper and cardboard - determination of smoothness according to Bekk
Testing of paper and board - Determination of air permeability - Part 1: Mean air permeability according to Bendtsen
Testing of paper, cardboard and paperboard - Determination of bending stiffness by the beam method
Testing of plastic films, elastomeric films, paper, board and other flat materials - Determination of water vapor transmission rate - Part 1: Gravimetric method
Testing of paper and board; determination of water absorption according to Cobb - withdrawn
Testing of paper; determination of the flat crush resistance on laboratory corrugated paper -withdrawn
Testing of board; determination of the edge crush resistance of corrugated fibre board - withdrawn
Testing of Artificial Leather and Similar Sheet Materials; Determination of Thickness with Mechanical Feelers - withdrawn
Testing of plastics films - Determination of the thickness by mechanical scanning - withdrawn
Decorative laminated sheets on basis of aminoplastic resins; test method - withdrawn
Testing of textiles; determination of the tear resistance of woven fabrics by falling pendulum according to Elmendorf - withdrawn
Testing of textiles; determination of air permability of textile fabrics - withdrawn
Testing of paper and board - Compression strength, short span test
Packaging test - Determination of compression resistance - Part 1: Test with constant conveyance speed
Colour matching; general rules
Classification of burning behaviour of textile products; principles - withdrawn
Reflectometer as a means for gloss assessment of plane surfaces of paint coatings and plastics - withdrawn
Behavior under abrasion stress
