With the wide range of fabrics, vinyl and other coated materials in the market today, as well as an ever-increasing number of finishes, cleaning of contract textiles is a complex subject. Concerns such as sustainability and healthcare cleaning requirements add additional layers of complexity. This document has been developed as a resource for information about cleaning contract textiles.
Considerations for Specifiers and End-Users
Understand the circumstances and conditions of each site.
How will the space be used?
How often will the furniture/space be actively used (e.g., 24/7, multiple shifts)?
What is the potential for neglect or abuse?
What are the potential sources of soiling and stains?
What cleaning protocol/practices are unique to the facility (e.g., hospital, hotel)?
It is the specifiers’/end-users’ responsibility to comply with a product’s recommended cleaning instructions.
Consider any treatments or finishes, including those added by purchaser.
Provide cleaning recommendations for end-user.
Consider providing end-users with leftover fabric for use in future cleaning trials.
No product is immune from soiling and staining.
Lack of cleaning and/or improper cleaning will shorten the life span of any fabric or coated material.
Added finishes do not eliminate the need for routine cleaning and proper fabric/material care.
The longer a stain remains, the more difficult it may be to remove. Addressing stains quickly increases the chance of successful removal.
Rinsing is an important part of the cleaning process and is often overlooked. Cleaners leave behind residue which if not removed by rinsing may be harmful to the product.
Cleaning requirements will vary with facility use.
Some terms related to cleaning practices are often used generically but actually refer to specific protocols. Terms such as “disinfection,” “stain release” and “stain repellent” have unique definitions; please see the section “Terms to Understand.”
Your fabric supplier is the best source for detailed cleaning recommendations for the specified fabric. Be sure to provide your fabric supplier with any information that may impact cleaning (e.g., frequency of use, type of environment and the furniture style).
Options for Testing
The following test methods are used by testing labs as a starting point to address specific cleaning-related issues that ACT members and end-users may encounter. Cleaning tests can be helpful analytical tools; however, lab tests cannot replicate conditions in the field. Therefore, they are only indicators of cleaning performance and don’t guarantee cleanability. Test methods are commonly customized to address specific needs of an environment, type of application, potential stains, type of cleaning products and cleaning protocol. For example, test procedures could be modified to extend the length of time a stain remains on the material before cleaning. This would better represent actual field conditions.
Laundering Test Protocols
AATCC Test Method 130-2010 Soil Release: Oily Stain Release Method
Brief Test Description: A stain (corn oil) is applied and forced into the fabric. The stained fabric is then laundered and evaluated against a Stain Release replicate. This test method is designed to measure the ability of fabrics to release oily stains during home laundering. It is primarily for use by fabric finishers to evaluate the likely performance of soil release finishes in actual use.
Dimensional Change to Commercial Laundering AATCC 96 (Modified)
Brief Test Description: A range of laundering test procedures from severe to mild is provided to allow simulation of the types of laundering found in commercial laundry. On a case-by-case basis, this test may be modified to fit the customer needs. Instead of or in addition to measuring dimensional change, snagging, wrinkling, etc., the fabric can be rated on its ability to release stains in commercial laundering cycles. This test method is used for the determination of dimensional changes of woven and knitted fabrics made of fibers other than wool when subjected to laundering procedures commonly used in a commercial laundry.
Surface Cleaning Test Protocols
AATCC 130 Stain Release (Bleach) Modified Cleaning Method
Brief Test Description: The one staining agent (Bleach dilution 1:5 Bleach: Water) is applied to two pieces of the material in the manner described by AATCC 130. The stains are allowed to set for a period of 5 minutes for the first piece, and 24 hours for the second piece. After this period has elapsed, a white cotton print cloth is wet with a solution of Ivory Soap Liquid and water. The stained area is then spot cleaned to attempt to remove stain. After the stained and cleaned material has dried, it is evaluated by comparing the test specimen with photos of stained replicas specified by AATCC Test Method 130.
AATCC 130 Stain Release (Betadine) Modified Cleaning Method
Brief Test Description: One staining agent (Betadine) is applied to the material in a manner described by AATCC 130. The stain is allowed to set for 60 minutes. After this period of time has elapsed, a white print cloth is wetted with various cleaning solutions, and the stain is spot cleaned. After the stained and cleaned material has dried, it is evaluated by comparing the test specimen with photos of stained replicas specified by AATCC Test Method 130.
AATCC 130 Stain Release (Color Fastness to Disinfectant) Modified Cleaning Method
Brief Test Description: Hospital-grade disinfectant cleaner is applied to the material in the manner described by AATCC 130 (Stain Release). The solution is allowed to set for 24 hours. Dried residue is removed and neutralized with distilled water. The discoloration on the material is evaluated by comparing the test specimen with AATCC Grey Scale for color change.
AATCC 157 Colorfastness to Solvent Spotting: Modified as to Solvent Used
Brief Test Description: A 1" x 1" test specimen is attached to the center of a 6" x 6" square of white blotting paper. A 1.5 ml of cleaning solution is placed onto the test specimen. After air drying, the blotter paper is evaluated for staining/color transfer by comparison with AATCC 9-step chromatic transfer scale.
ASTM F 793 Standard Classification of Wall Covering Durability/Scrubbability
Brief Test Description: The wall covering is scrubbed with a bristle mounted on a plate brass block in a Gardner Washability Machine, using a prescribed detergent solution.
ASTM F 793 Standard Classification of Wall Covering Durability/Washability
Brief Test Description: The wall covering is washed with a cellulose sponge mounted on a plate brass block in a Gardner Washability Machine, using a prescribed detergent solution.
ASTM D1308 Effect of Household Chemicals on Clear and Pigmented Organic Finishes
Brief Test Description: Using one of three methods (spot test: covered, spot test: open, and immersion) a small stain is placed on the material. After a time interval, as agreed upon between the purchaser and the seller, the spot is wiped clean and examined for return of original properties. A battery of different stains can be used, ranging from food stains, ink stains, cosmetics and cleaning products to blood and urine. Determining the stains to test depends on the customer and can be modified to the product’s end-use (e.g., restaurant, hospital, pool area).
CFFA - 141: Stain Resistance
Reference: ASTM D1308-02 (2007) - Standard Test Method for Effect of Household Chemicals on Clear and Pigmented Organic Finishes
Method I - To determine the resistance of the surface of coated fabrics to staining by common household chemicals and/or different staining compounds.
Method II - To determine the resistance of the surface of vinyl wallcoverings to staining by common household chemicals and/or different staining compounds.
Terms to Understand
Substances or mixtures of substances used to destroy or suppress the growth of harmful microorganisms whether bacteria, viruses, or fungi on inanimate objects and surfaces.
Antimicrobial pesticides have two major uses:
Disinfect, sanitize, reduce, or mitigate growth or development of microbiological organisms;
Protect inanimate objects (e.g., floors and walls), industrial processes or systems, surfaces, water, or other chemical substances from contamination, fouling, or deterioration caused by bacteria, viruses, fungi, protozoa, algae, or slime. [US Environmental Protection Agency (EPA)]