Enhesa Sustainable Chemistry

05/14/2026

You've screened for carcinogens. Have you thought as carefully about mutagens?

Chemical mutagens cause permanent changes to DNA. Not temporary damage — permanent mutations. In germ cells, those changes can be inherited by future generations. Under CLP, Category 1A and 1B germ cell mutagens carry the H340 hazard statement. Under REACH, they can qualify as SVHCs. And unlike some hazards, the consequences of getting this wrong aren't easily undone.

Our new explainer covers what chemical mutagens are, how mutagenicity differs from genotoxicity, how testing works (including where QSAR modelling and the Ames test fit in), and what this means practically for product safety, SDS documentation, and supply chain management.

Read the full article: https://hubs.li/Q04fXgZ-0

What are chemical mutagens? Learn what chemical mutagens are, how they cause DNA mutations, how mutagenicity is tested, and why it matters for chemical safety and regulatory compliance.

05/12/2026

If your safer chemistry programme is already preventing recalls, reformulations, and compliance failures, why is it fighting for budget?

The problem isn't the work. It's that avoided costs don't show up on dashboards. Invisible value doesn't win investment.

This free guide helps you change that. Built around ROI levers identified by industry peers, it gives you a framework for translating risk management into language that lands in budget conversations.

Download for free now: https://hubs.li/Q04fXdgJ0

05/07/2026

One person. 70+ products. Regulatory requirements across the EU, US, Canada, China, Japan, and Australia.

That was the reality for the Chemical Regulatory Compliance Manager at Formlabs — a global leader in professional 3D printing — when he took on responsibility for the company's entire SDS portfolio.

With SDS Author, he went from a process that took days or weeks per product to authoring 37 compliant SDS documents across 7 jurisdictions and 30 languages in a single working day.

It's not just about speed. It's about being able to scale into new markets without your compliance function becoming the bottleneck.

Read the full story: https://hubs.li/Q04fp0Kf0

High-efficiency SDS authoring enabled Formlabs, a global leader in professional 3D printing, to create and manage Safety Data Sheets at scale across multiple jurisdictions and languages. Read the full story.

05/06/2026

Most people working in this space know what safer chemistry is. Fewer organisations have actually operationalised it.

Knowing your chemicals is step one. Understanding their hazard profiles, anticipating regulatory movement, and avoiding regrettable substitution is where the real work is.

This article covers the foundations, but also links directly to the areas where chemical management gets genuinely complex: carcinogen classification across IARC, GHS, and REACH; what MRSLs demand from your supply chain; why fast fashion is still swimming in PFAS.

Use it as an orientation tool. Share it with teams who need a common starting point.

https://hubs.li/Q04fpq8K0

Safer chemistry starts with knowing your chemicals. Learn how to identify hazards, improve supply chain transparency, and avoid regrettable substitution.

04/23/2026

What happens when you go from 70% formulation testing… to 100%?

One leading cleaning product manufacturer used Chemical Assess to boost testing capacity, accelerate development, and launch safer products faster.

Explore what’s possible: https://hubs.li/Q049RFQy0

04/21/2026

Need a roadmap for phasing out problematic chemicals?

Catch our on‑demand webcast for practical guidance on where to start — and what to do next

Watch now: https://hubs.li/Q049Rq0d0

04/16/2026

Safety Data Sheets (SDSs) form a core part of the hazard information ecosystem that toxicologists, chemists, and sustainability teams work with every day.

Understanding when an SDS is required (and by whom) helps ensure consistent, reliable hazard communication across complex supply chains.
Our latest guide breaks down:

- When suppliers must author and provide SDSs
- What employers must keep accessible on-site
- How requirements differ across major regions
- Grey areas that often cause confusion
- A quick-check framework to simplify internal decisions

Clear SDS obligations support better data, fewer surprises, and stronger overall chemical management.

Read the full article: https://hubs.li/Q049rglL0

Learn when an SDS is required—by suppliers and by employers—plus common exemptions, global requirements, and a practical compliance checklist.

04/14/2026

Fast fashion’s speed comes with a hidden cost: a heavy chemical footprint that spans cotton fields, dye houses, finishing lines, and global supply chains.

From azo dyes and heavy metals to PFAS and phthalates, toxic chemicals can enter textiles at nearly every production stage — impacting workers, polluting waterways, and leaving residues in the clothes we wear. And with regulatory scrutiny rising, brands are under increasing pressure to understand and manage these risks.

Our latest article breaks down how toxic chemicals enter fast fashion supply chains, the impacts they create, and what regulators and industry initiatives are doing to address them.

Read the full deep dive here: https://hubs.li/Q049r5nY0

Toxic chemicals in fast fashion supply chains can enter textiles during fiber production, dyeing, and finishing. Learn how these substances impact environmental and human health and how regulations and industry standards are responding.

04/09/2026

Electronics tell a complex chemical story — and carcinogens are often part of it. From casings to coatings and circuit boards, hazardous substances can appear across countless components.

Managing that risk starts with one thing: knowing what’s in your product.

Material transparency gives companies the visibility to spot carcinogens early, meet regulatory expectations, and design safer, smarter electronics.

Our latest deep dive explores the chemicals of concern, the regulations shaping the sector, and how transparency‑led design is changing the way companies tackle these challenges.

Read it here: https://hubs.li/Q049rdgJ0

Carcinogenic chemicals in electronics are present in key materials and manufacturing processes, placing manufacturers under growing regulatory pressure and increasing compliance risk worldwide. Learn more.

04/07/2026

AUDIO CLIP: How long can the gap be between scientific evidence and regulation?

In the case of PFOS – a member of the PFAS family – it was 38 years. Researchers first detected PFOS in human blood in 1968, yet the first major restriction didn’t arrive until 2006. That’s nearly four decades between scientific discovery and regulatory action.

It’s a reminder that regulation often follows the science — sometimes by decades.

Which raises an important question for companies managing chemicals: are you waiting for regulation, or paying attention to the science?

Catch up on our recent webinar to learn how to navigate new and upcoming PFAS regulations, plus how to stay ahead >> https://hubs.li/Q049rb-j0