[pageLogInLogOut]

#Associations

AATCC announces 2023 Manual

AATCC is pleased to announce the release of the 2023 edition of the Manual of International Test Methods and Procedures. This will be the 98th volume of the AATCC Manual. It is available as a hardbound book, USB, and individual standard PDFs. USB and individual standards will be available starting January 2, 2023. The book will be ready for purchase on or before January 15, 2023.

New & Revised Standards

There are 15 new or technically revised standards in the 2023 AATCC Manual. Several methods have been reorganized for easier use. Most notably, AATCC TM197 was separated into two methods for vertical wicking. TM197 is now specifically for evaluating wicking rate to specified distances. AATCC TM213 is a new method for evaluating wicking rate to specified times. Both methods provide guidance and troubleshooting for everything from timing multiple specimens to optimal viewing for dark specimens.

Make plans to purchase your copy in January!

Visit https://members.aatcc.org/store/ or search for individual standards at https://www.aatcc.org/testing/#tm.

© 2022 AATCC
© 2022 AATCC


AATCC TM16.1-2022, Test Method for Colorfastness to Light: Outdoor. Revised in 2022 for clarity and to add the History section.

AATCC TM16.2-2022, Test Method for Colorfastness to Light: Carbon-Arc. Revised and added History section in 2022.

AATCC TM81-2022, Test Method for pH of the Water-Extract from Wet Processed Textiles. Revised in 2022 to align to the AATCC Style Guide.

AATCC TM82-2022, Test Method for Fluidity of Dispersions of Cellulose from Bleached Cotton Cloth. Revised in 2022 to align with the AATCC Style Guide.

AATCC TM90-2022, Test Method for Antibacterial Activity of Textile Materials: Agar Plate. Revised in 2022 to clarify and align with prescribed AATCC style guidelines.

AATCC TM98-2022, Test Method for Alkali in Bleach Baths Containing Hydrogen Peroxide. Revised in 2022 to align to the AATCC Style Guide.

AATCC TM102-2022, Test Method for Determination of Hydrogen Peroxide by Potassium Permanganate Titration. Revised in 2022 to align to AATCC Style Guide.

AATCC TM107-2022, Test Method for Colorfastness to Water. Revised in 2022 for clarity and align with prescribed AATCC style guide.

AATCC TM111-2022, Test Method for Weather Resistance of Textiles: Exposure to Daylight and Weather. Revised in 2022 for clarity and to add the History section.

AATCC TM144-2022, Test Method for Alkali in Wet Processed Textiles: Total. Revised in 2022 to align to the AATCC style guide.

AATCC TM157-2022, Test Method for Colorfastness to Solvent Spotting. Revised in 2022 to provide replacement chemistries for perchloroethylene, and title change.

AATCC TM174-2022, Test Method for Antimicrobial Activity of New Carpets. Revised in 2022 to clarify and align with prescribed AATCC style guidelines.

AATCC TM186-2022, Test Method for Weather Resistance: UV Light and Moisture Exposure. Revised in 2022 to align with the style guidelines.

AATCC TM192-2022, Test Method for Weather Resistance of Textiles: Sunshine-Arc Lamp Exposure With and Without Wetting. Revised in 2022 for clarity and to add the History section.

AATCC TM197-2022, Test Method for Vertical Wicking Rate of Textiles: to Specified Distances. Revised in 2022 (with title change) to remove wicking rate to specified times (now TM213) and define other parameters. Jurisdiction transferred to RA114.

AATCC TM209-2022, Test Method for pH and Total Alkali in Wet Processed Textiles: Combined. Revised in 2022 to align to the AATCC Style Guide, and to correctly reference in Section 7.5.

AATCC TM213-2022, Test Method for Vertical Wicking Rate of Textiles: to Specified Times. Developed in 2022 (previously part of AATCC TM197), by AATCC Committee RA114.


Editorial Revisions & Reaffirmations

Additional standards were published with editorial revisions or reaffirmation.

AATCC TM8-2016e(2022)e, Test Method for Colorfastness to Crocking: Crockmeter. Reaffirmed and editorially revised to add History section in 2022.

AATCC TM15-2021e, Test Method for Colorfastness to Perspiration. Editorially revised in 2022 to correct a typo and update conditioning tolerances.

AATCC TM17-1999e2(2018)e2, Test Method for Wetting Agents, Evaluation of. Editorially revised in 2022 to note jurisdiction transfer to AATCC Committee RA114.

AATCC TM27-1952e8(2018)e2, Test Method for Wetting Agents: Evaluation of Rewetting Agents. Editorially revised in 2022 to note jurisdiction transfer to AATCC Committee RA114.

AATCC TM43-1952e6(2018)e2, Test Method for Wetting Agents for Mercerization. Editorially revised in 2022 to note jurisdiction transfer to AATCC Committee RA114.

AATCC TM66-2017e2, Test Method for Wrinkle Recovery of Woven Fabrics: Recovery Angle. Editorially revised in 2022 to add History section.

AATCC TM79-2010e2(2018)e2, Test Method for Absorbency of Textiles. Editorially revised in 2022 to note jurisdiction transfer to AATCC Committee RA114.

AATCC TM116-2018e(2022)e, Test Method for Colorfastness to Crocking: Rotary Vertical Crockmeter. Reaffirmed and editorially revised in 2022 to add the History section.

AATCC TM128-2017e2, Test Method for Wrinkle Recovery of Fabrics: Appearance. Editorially revised 2022 to add History section.

AATCC TM146-2011(2022)e, Test Method for Dispersibility of Disperse Dyes: Filter. Reaffirmed and editorially revised to add the History section.

AATCC TM183(2020)e, Test Method for Transmittance or Blocking of Erythemally Weighted Ultraviolet Radiation through Fabrics. Editorially revised in 2022 to remove the UPF compilation as it has been discontinued.

AATCC TM195-2011e2(2017)e4, Test Method for Liquid Moisture Management Properties of Textile Fabrics. Editorially revised in 2022 to note jurisdiction transfer to AATCC Committee RA114.

AATCC TM198-2011e3(2020)e, Test Method for Horizontal Wicking of Textiles. Editorially revised in 2022 to note jurisdiction transfer to AATCC Committee RA114.

AATCC TM199-2013e(2018)e2, Test Method for Drying Time of Textiles: Moisture Analyzer. Editorially revised in 2022 to note jurisdiction transfer to AATCC Committee RA114.

AATCC TM200-2017e2, Test Method for Drying Rate of Textiles at their Absorbent Capacity: Air Flow. Editorially revised in 2022 to note jurisdiction transfer to AATCC Committee RA114.

AATCC TM201-2012(2014)e3, Test Method for Drying Rate of Fabrics: Heated Plate. Editorially revised in 2022 to note jurisdiction transfer to AATCC Committee RA114.

AATCC TM204-2019e, Test Method for Water Vapor Transmission of Textiles. Editorially revised in 2022 to note jurisdiction transfer to AATCC Committee RA114.


More News from American Association of Textile Chemists and Colorists

#Research & Development

New funding available for textile research

The AATCC Foundation Student Research Support Grant Program provides financial assistance for undergraduate and graduate students pursuing textile-related projects. Students may submit proposals now for funding to be awarded January 2026. Applications must be submitted by October 1, 2025, to be considered.

#Recycling / Circular Economy

AATCC’s Circularity Conference approaches as organization continues 2025 Sustainable Textile Event series

The American Association of Textile Chemists and Colorists (AATCC) announces that registration is closing soon for its highly anticipated Circularity Conference, continuing this year’s sustainability event series that has delivered significant value to industry professionals.

#Associations

AATCC Textile Standards adopted by Colombian and Sri Lankan Governments

AATCC test methods and procedures are international standards, meeting the criteria set forth by the World Trade Organization and used around the globe. The standards gain additional recognition through Memoranda of Understanding with Colombia and Sri Lanka.

#Associations

Program announced for 2024 AATCC Textile Discovery Summit

AATCC is excited to announce the program for the 2024 Textile Discovery Summit, held October 6 to 8 in Savannah, Georgia, USA. With a focus on A Path Forward Through Innovation, this year’s conference will be a groundbreaking event for the textile industry.

More News on Associations

Latest News

#Recycling / Circular Economy

textile.4U publishes special edition “Top 100 Textile Recycling Companies 2025”

With a comprehensive 176-page special edition, textile.4U is dedicating its latest issue entirely to one of the most dynamic and influential topics in today’s textile industry: textile recycling. The new issue, published exclusively in high-quality print, presents the Top 100 textile recycling companies researched and selected by TexData – organizations that already play a key role in the transition to circular textiles or are expected to have a significant impact in the near future.

#ITMA Asia + CITME Singapore 2025

KARL MAYER is launching two machines that set new standards in performance and cost-effectiveness

At this year's ITMA ASIA + CITME, KARL MAYER is exhibiting two advanced developments in the field of tricot machines. Both newcomers expand the portfolio with highly practical solutions for increased efficiency and cost-effective production – making the exhibition booth once again a focal point for more than just the warp knitting industry.

#ITMA Asia + CITME Singapore 2025

Uster presents novelties at ITMA Asia + CITME 2025

There’s news from Uster Technologies to be announced for the industry’s upcoming event in Singapore. The Uster 360Q universe is growing with new products, solutions and services. Innovation developments can also be recorded in the fields of man-made fiber testing and fabric inspection. Uster innovations address the industry’s trending topics as mill management and process control, optimization of delivered fabric quality and yield.

#Textiles & Apparel / Garment

Nike unites innovation, design and product teams to accelerate athlete-centered innovation

Nike, Jordan Brand and Converse are joining forces under a new, athlete-focused creation structure aimed at accelerating innovation and driving growth across NIKE, Inc. The new setup unites the Innovation, Design and Product teams from all three brands into a single “creation engine” that will enable greater sharing of insights, technology and manufacturing methods throughout the innovation process. This integration is part of Nike’s new Sport Offense strategy and is designed to enhance the creation of products that help athletes perform at their best.

TOP