BS 3962 is a British standard that discusses methods of the test for finishes for wooden furniture. BS 3962-6 is a part of British Standard that describes three independent tests which together provide a means of assessing the resistance of a wood finishing system to damage because of mechanical action.
Note: For the purposes of BS 3962-6, the terms ‘wood’ and ‘wooden’ include the range of materials manufactured from wood, e.g., blockboard, particle board, etc., used in the furniture industry.
Who is BS 3962-6 - Wooden furniture - Assessment of resistance to mechanical damage for?
BS 3962-6 on wooden furniture - assessment of resistance to mechanical damage is useful for:
It is important to assess the resistance to mechanical damage of all furniture surfaces that will give you the assurance need those customer complaints and expensive returns will be at a minimum, therefore BS 3962-6 specifies a method for the assessment of surface resistance to mechanical damage. BS 3962-6 is designed to test the extent to which finishes for wooden furniture withstand, and damage from mechanical knocks or scrapes.
BS 3962-6 specifies a method for the assessment of the surface resistance to mechanical damage in contact with the finished surface regardless of materials, that helps you to manufacture superior quality, good-looking, presentable, and unique furniture products, also play a significant role in ensuring furniture performs as they are intended to perform and last longer.
As a user of BS 3962-6, you can be ensured assessment of the surface resistance to mechanical damage in contact with the finished surface regardless of materials. With obedience and compliance to BS 3962-6, you can efficiently manufacture high-quality Furniture products. BS 3962-6 helps you to build consumer trust and confidence in the product. With BS 3962-6 you can be ensured that the products consistently meet and exceed quality assurance targets. BS 3962-6 exemplifies the required dimensions and loads that help you achieve precision in terms of product functionality.