BS EN ISO 25178-70:2014

Comprehensive Surface Texture Measurement Standard

BS EN ISO 25178-70:2014 is the British Standard that specifies the terminology, definitions, and requirements for areal surface texture parameters. This standard is identical to the international standard ISO 25178-70:2014, ensuring global consistency in surface metrology.

Ensure Compliance with ISO 25178-70:2014

Adopting this British Standard allows you to:• Align your surface texture measurement practices with the latest international guidelines• Ensure accurate, repeatable, and reproducible surface characterization• Facilitate communication and data exchange with global partners and customers• Demonstrate technical competence and adherence to industry best practices

Comprehensive Areal Surface Texture Parameters

BS EN ISO 25178-70:2014 covers a wide range of areal surface texture parameters, including:• Amplitude parameters (e.g., Sa, Sq, Sz)• Spatial parameters (e.g., Sal, Str, Std)• Hybrid parameters (e.g., Sdr, Sbi, Sci, Svi)• Functional parameters (e.g., Smr, Vmp, Vmc, Vv, Vvc)The standard provides clear definitions, mathematical formulas, and guidance on the appropriate use of each parameter, ensuring consistent and reliable surface characterization.

Enhance Product Quality and Performance

Implementing BS EN ISO 25178-70:2014 in your manufacturing processes can help you:• Optimize surface finish to improve product functionality, durability, and aesthetics• Identify and address surface defects that could impact product performance• Establish robust quality control procedures and demonstrate compliance with industry standards• Enhance customer satisfaction by delivering high-quality, reliable products

Trusted by Industries Worldwide

This British Standard is widely recognized and adopted across various industries, including:• Automotive• Aerospace• Medical devices• Precision engineering• Microelectronics• And many moreBy conforming to BS EN ISO 25178-70:2014, you can demonstrate your commitment to quality, technical excellence, and global best practices in surface metrology.