AATCC to Release 2017 Technical Manual
The newest volume of the AATCC Technical Manual will be available beginning January 1, 2017. Each year, the manual includes new test methods, as well as revisions and updates of existing methods and evaluation procedures for textiles
There are two new methods in the AATCC’s 2017 Technical Manual:
• Test Method (TM) 205-2016, Carpet: Liquid Penetration by Spillage is used to evaluate the propensity of the face and back of carpets to be penetrated by a spilled liquid.
• TM206-2016, Free and Hydrolysed Formaldehyde, Determination of Water Extraction Method provides a water extraction process and a subsequent colorimetric analysis of the amount of free and hydrolysed formaldehyde extracted.
There are seven revised methods and two revised evaluation procedures (EP) appearing for the first time in the 2017 volume, as follows:
• TM6-2016, Colourfastness to Acids and Alkalis
• TM8-2016, Colourfastness to Crocking: Crockmeter Method
• TM114-2016, Chlorine, Retained; Tensile Loss: Multiple Sample Method
• TM134-2016, Electrostatic Propensity of Carpets
• TM142-2016, Appearance of Flocked Fabric after Repeated Home Laundering and/or Coin-Op Drycleaning
• TM157-2016, Colourfastness to Solvent Spotting: Perchloroethylene
• TM203-2016, Light Blocking Effect of Textiles: Spectrophotometric Method
• EP6-2016, Instrumental Colour Measurement
• EP11-2016, Spectrophotometer UV Energy Calibration Procedure for Optically Brightened Textiles.
Monograph (M) 6-2016, Standardization of Home Laundry Test Conditions was also significantly revised to update the status of pre-programmed AATCC wash cycles (keydance) and other technology. Tables were reorganized for clarity and a care label temperature column was added to several tables for reference only.
A new topical index makes it easier to find test methods. New categories include Carpet Testing, Laundering and Drycleaning Properties, Moisture Management, Other Properties, Water and Weather Resistance Properties, and Wet Processing Properties.
Editorial revisions were made to correct or clarify tolerances, figures, and sources in several methods:
• TM196-2013, Colourfastness to Sodium Hypochlorite of a Textile Floor Covering
• TM200-2016, Drying Rate of Textiles at their Absorbent Capacity: Air Floor Method
• TM204-2015, Water Vapour Transmission of Textiles
Editorial changes to 54 additional methods and evaluation procedures clarify standard laundering conditions and/or align standard temperature and relative humidity conditions with those in the current version of ASTM D1776.
AATCC is known worldwide for its test methods and evaluation procedures, particularly those related to chemistry, colourfastness, laundering, moisture management, and water resistance. Each document is reviewed and approved by a committee of industry experts before publication. All are welcome to participate in the committees. Varied perspectives are valued and every submitted comment is considered in the development or revision of a method. AATCC believes this consensus approach creates the best, most robust test methods to serve a diverse modern textile industry.
As always, the 2017 volume of the AATCC Technical Manual contains all 150+ current AATCC test methods, evaluation procedures, and monographs. The hard-bound black and gold book is a staple reference in many textile laboratories. The PDF version offers the added convenience of a search function and hyperlinks among cross-referenced methods. The newest version of either is critical for meeting current testing requirements and specifications.
The hard-bound 2017 Technical Manual and searchable PDF version will be available January 1, 2017.
Hard-bound Technical Manual: Item # 03017
Searchable PDF (USB): Item # 3017USB
AATCC, the Association of Textile, Apparel & Materials Professionals, is the world’s leading not-for-profit association serving textile professionals since 1921. AATCC, headquartered in Research Triangle Park, NC, USA, provides test method development, quality control materials, and professional networking for members in about 50 countries throughout the world.