MRSL and RSL are terms used regarding managing restricted substances during the manufacturing process and finished products. Both are often used as chemical checklists to support product safety and chemical management activities for your business.
However, there is often some misunderstanding and confusion between MRSL and RSL and when to use a RSL or MRSL.
Whilst lists (MRSL and RSL) can contain similar chemicals, there are distinct differences between RSL and MRSL, which are explained in this article below.
Manufacturing Restricted Substances List (MRSL)
MRSL stands for Manufacturing Restricted Substance List and provides brands, retailers, suppliers and manufacturers with acceptable limits of restricted substances, in chemical formulations which are used in the manufacture of materials compliance.
An MRSL is used as a tool, to regulate the of chemical formulations used to process raw materials that go into finished products. The regulation of chemical formulations upstream, through an MRSL, protects workers, consumers and the environment. Adhering to an MRSL can also protect brands and retailers from any potential negative publicity on product safety.
MRSL Testing of Chemical Formulations Used in Manufacture
MRSL testing analyses the chemical formulations which are used to manufacture raw materials that go into the production of consumer goods. MRSL testing quantifies the amount of each restricted substance on the MRSL that is present in a single chemical formulation.
Eurofins | BLC have developed a range of methods for full MRSL testing of chemical formulations. These methods are based on ISO or equivalent standards. Eurofins | BLC offers fully validated methods to quantify all 146 MRSL listed chemicals. MRSL testing is often carried out by brands, retailers and manufacturers as part of a structured due diligence testing programme, which is available as part of the Eurofins | BLC Chem-MAP Programme.
Restricted Substances List for Finished Products (RSL)
RSL stands for Restricted Substances List and is often used as a chemical checklist when testing finished products for the presence of restricted substances. An RSL does not have any involvement with the manufacturing process and only applies to finished articles and materials. As such, it may be referred to as a PRSL (Product Restricted Substance List).
Finished products should undergo chemical testing as part of a structured due diligence testing programme to ensure compliance with regulations and the brand/retailers RSL.
Eurofins | BLC carry out chemical testing for RSL and additional chemical testing as required. Chem-MAP can support your business in the development of an RSL and MRSL testing programme which is carried out at our ISO 17025 accredited chemical testing laboratory, which holds accreditations from UKAS, ILAC and CPSC. We also provide regulatory advice, support for chemical testing failures and chemical management solutions to support your business.
Begin your route to responsible chemistry with Chem-MAP. Chem-MAP is a ZDHC approved MRSL verification system which is fully aligned with ZDHC objectives and can provide ZDHC Conformance Level 1 and 3.
Chem-MAP is the future of chemical management in leather, textile and synthetic materials supply chains.
Reducing Risk, Increasing Confidence
Get Started. Contact Chem-MAP Today. Speak to a Chem-MAP expert at BLC on +44 (0) 1604 679 999 or email firstname.lastname@example.org
Watch the Chem-MAP video to see how this new ZDHC approved MRSL verification programme is engaging all organisations in the leather, textile and synthetic materials supply chains to drive the use of responsible chemistry in the manufacture of consumer products.
Chem-MAP is a preventative system that protects businesses, workers, consumers and the environment, and rewards businesses that engage through certification, approved status, training and technical support. Chem-MAP offers three programmes which are specifically designed for chemical companies (c-MAP Programme), manufacturers (m-MAP Programme) and brands and retailers (b-MAP Programme).