K-Tek

18/10/2026

RHINOEDGE™ – MORE COLOUR. MORE CHOICE. MORE OPPORTUNITY.

A few weeks ago, I shared news of the successful manufacturing trials of RhinoEdge™, our innovative polymeric edging technology.

While RhinoEdge was originally developed for classroom table tops, its potential applications extend far beyond educational furniture.

RhinoEdge can be used to coat virtually any suitably prepared MDF edge, opening up opportunities across furniture manufacturing, shopfitting, office interiors, display systems and many other applications.

The technology offers manufacturers:

✅ Cost-effective application – a simple, two-coat roll-on process.

✅ Greater colour flexibility – a wide choice of UV-stable colours.

✅ Three distinctive finishes – smooth, textured and mineral-filled heavy textured.

✅ Excellent durability – a tough, protective coating designed to resist everyday knocks and damage.

✅ Manufacturing flexibility – an alternative to conventional edging methods without the need for complex application equipment.

For manufacturers working with MDF, RhinoEdge offers an opportunity to introduce new colours, finishes and product ranges while potentially reducing production costs.

RhinoEdge is now available for acquisition, licensing or commercial partnership.

I’m interested in hearing from manufacturers in the UK and Europe who would like to explore the technology and its potential applications.

Could RhinoEdge give your products a competitive edge?

Please get in touch to discuss the opportunity or request samples.

17/10/2026

Could “Made in EU” Status Create New Opportunities for UK Automotive Suppliers?

The proposed Franco-German agreement could allow Britain to be treated as a trusted partner under future “Made in EU” automotive rules.

Although wider European approval is still required, this could strengthen the position of UK manufacturers within European vehicle programmes and create opportunities across the supply chain.

For seating and NVH suppliers, the important question is whether future platforms will simply reuse established materials—or take advantage of emerging flexible foam technologies offering benefits that may not yet be widely recognised.

Those opportunities are best explored before specifications and sourcing decisions become fixed.

France and Germany struck a deal on Friday to soften proposed EU car emissions rules ​and open the door for Britain to be treated as a trusted partner under the bloc's Made in EU rules.

14/10/2026

Can flexible foam become genuinely circular?

Evonik, Toyotsu Chemiplas and Sanyo Chemical are developing a complete recycling model for post-consumer flexible foam and production waste in Japan.

The technology has already been used to manufacture new flexible foam with 100% recycled polyol. That is an important technical milestone—but commercial success will depend on far more than the recycling process alone.

Collection, sorting, contamination control, material consistency, product performance and manufacturing economics must all work together at scale.

For manufacturers, this could open valuable opportunities—but only if the entire process is considered from waste foam through to the finished component.

An interesting development for anyone involved in flexible foam, seating, mattresses or circular-material strategies.

https://www.bioplasticsmagazine.com/pu/news/meldungen/20261013-evonik-japan-recycle.php?utm_source=chatgpt.com

Evonik, Toyotsu Chemiplas and Sanyo Chemical will evaluate a recycling model for recovering polyols and amines from post-consumer polyurethane foam and production scrap.

11/10/2026

In 1987, I led a small team developing a moulded flexible polyurethane foam system to meet the fire-performance requirements tested under BS 5852.

The challenge was to achieve that performance in a foam suitable for moulded seating. Our CMHR system was the first moulded system of its kind to reach the market, ahead of the UK furniture fire regulations introduced in 1988. It gained a significant market share that continued to grow in the years that followed.

I’ve put together a short case study on the development. It’s an example of taking a demanding materials requirement through to commercial production.

If you’re facing a polyurethane formulation or production challenge, I’d be pleased to talk.

11/08/2026

RHINOEDGE™ — A New Generation of Furniture Edging

Furniture manufacturers are under increasing pressure to produce products that are tougher, longer lasting, visually distinctive and more sustainable.

RhinoEdge™ has been developed to meet those challenges.

Unlike conventional edging systems, RhinoEdge™ features an extremely tough polymeric edge that is chemically bonded to the board, creating a highly durable finish designed to resist impact, wear and vandalism.

Suitable for:
• Domestic furniture
• Office furniture
• Contract furniture
• Education & healthcare environments
• Hospitality & leisure applications

Key advantages include:
✔ Exceptional durability
✔ UV stable colours
✔ Smooth or textured finishes
✔ Wide range of edge profiles
✔ Modern premium appearance
✔ Reduced maintenance and replacement costs

RhinoEdge™ opens the door to new design possibilities while delivering the robustness demanded by today’s commercial environments.

We are currently looking to collaborate with furniture manufacturers interested in bringing RhinoEdge™ products to market.

Interested in learning more? Then message me or email [email protected]

05/08/2026

After nearly 50 years working with moulded flexible PU foam, I’ve noticed something interesting:

Most production problems are not caused by “big failures”…

They come from small, repeated issues:

* Density variation that no one fully explains
* Scrap rates that are “accepted as normal”
* Moulding inconsistencies that come and go
* Formulations that work… until they don’t

And in many factories, these problems quietly cost hundreds of thousands each year.

What I’ve learned over the decades is this:

👉 The difference between an average operation and a high-performing one is not equipment
👉 It’s not raw materials
👉 It’s technical understanding + consistent control

The challenge?
Most companies don’t need (or can’t justify) a full-time senior technical director.

So I’m exploring something new:

A way to provide ongoing, hands-on technical support remotely —
working alongside production teams to:

* Reduce scrap
* Stabilise processes
* Solve recurring issues
* Support new developments

Not as a one-off consultant,
but as a continuous technical partner.

The objective would be simple:
👉 Any investment in this support should be recovered through measurable savings and efficiency improvements.

I’m curious:

If you’re involved in moulded flexible PU foam,
what’s the most persistent production issue you face today?

Or what’s one problem you’ve “learned to live with”?

I’d be very interested to hear real-world experiences.

And if this kind of ongoing technical support sounds relevant to your operation, feel free to message me.

05/08/2026

We’ve had a lot of interest in RhinoEdge, but it’s not too late to get involved.

RHINOEDGE™ — A New Generation of Furniture Edging

Furniture manufacturers are under increasing pressure to produce products that are tougher, longer lasting, visually distinctive and more sustainable.

RhinoEdge™ has been developed to meet those challenges.

Unlike conventional edging systems, RhinoEdge™ features an extremely tough polymeric edge that is chemically bonded to the board, creating a highly durable finish designed to resist impact, wear and vandalism.

Suitable for:
• Domestic furniture
• Office furniture
• Contract furniture
• Education & healthcare environments
• Hospitality & leisure applications

Key advantages include:
✔ Exceptional durability
✔ UV stable colours
✔ Smooth or textured finishes
✔ Wide range of edge profiles
✔ Modern premium appearance
✔ Reduced maintenance and replacement costs

RhinoEdge™ opens the door to new design possibilities while delivering the robustness demanded by today’s commercial environments.

We are currently looking to collaborate with furniture manufacturers interested in bringing RhinoEdge™ products to market.

Interested in learning more? Then message me or email [email protected]

02/06/2026

What’s the Next Big Thing in Polyurethane?

I started my career in the polyurethane industry in the early 1970s.

Over the years I’ve seen many developments:

✅ The move from hot cure to cold cure moulding
✅ The rise of MDI-based systems
✅ HR and CMHR foam technologies
✅ The elimination of CFCs and other environmentally damaging blowing agents
✅ Significant improvements in processing equipment and controls

Yet, despite all these advances, the fundamentals of polyurethane manufacturing remain remarkably similar to those of 30 or 40 years ago.

Polyurethane remains one of the most versatile and cost-effective materials available, serving industries as diverse as automotive, aerospace, rail, furniture, construction and many more.

But where do we go from here?

Will the next breakthrough come from:

🔹 Sustainable and recycled raw materials?
🔹 Chemical recycling and circular polyurethane systems?
🔹 AI-driven process optimisation and smart manufacturing?
🔹 New fire performance technologies?
🔹 Advanced comfort engineering and smart seating?
🔹 Or could an entirely different material eventually challenge polyurethane’s position?

After more than 50 years in the industry, I’m not convinced we’ve seen the biggest innovations yet.

I’d be interested to hear from others across the polyurethane supply chain:

What do you believe will be the next major breakthrough in polyurethane technology?

And perhaps the bigger question:

Have we already seen the best of polyurethane, or is the industry’s greatest innovation still ahead of us?

Polyurethane

30/04/2026

MOCA has played a significant role in the development of high-performance polyurethane elastomers—but it’s also one of the industry’s most controversial curing agents.

WHAT IS MOCA?
4,4’-Methylenebis(2-chloroaniline) (commonly known as MOCA) is an aromatic diamine used primarily as a curing agent for MDI-based polyurethane systems. Introduced in the mid-20th century, it quickly became valued for producing elastomers with excellent mechanical strength, abrasion resistance, and durability.

APPLICATIONS
MOCA-cured systems have historically been used in demanding environments such as:

🔹Industrial wheels and rollers
🔹Mining screens and conveyor components
🔹Automotive and heavy engineering parts
🔹Seals, gaskets, and load-bearing elastomeric components

Its ability to deliver consistent hardness and strong dynamic properties made it something of a “gold standard” in cast polyurethane elastomers for decades.

HAZARDS & CONCERN
However, MOCA’s legacy is overshadowed by serious health risks. It is classified as a carcinogen, with exposure routes including inhalation, ingestion, and skin contact. Long-term occupational exposure has been linked to bladder cancer, leading to increasing regulatory scrutiny worldwide.

Handling MOCA safely requires strict controls:

✅Closed systems and automation
✅Comprehensive PPE
✅Rigorous workplace monitoring

Despite these measures, many regulators have concluded that the risks outweigh the benefits—especially given the availability of safer alternatives.

WHERE IS MOCA BANED?
The use of MOCA is now heavily restricted or effectively banned in several regions, including:

⛔️The European Union (under REACH regulations)
⛔️The United Kingdom (post-Brexit UK REACH alignment)
⛔️Increasingly restricted in parts of the United States under OSHA oversight.

Are you still using MOCA in your process and if so, what for?

THE FUTURE
Today, the industry continues to transition towards safer curing agents—balancing performance with worker safety and regulatory compliance.

👉 The question for manufacturers is clear: Are legacy materials like MOCA still justifiable, or is it time to fully embrace the next generation of safer alternatives?