Engineered CNSL
Based Chemistry.
Proven Performance
Where It Matters Most.
Palmer engineers high-performance materials from cashew nut shell liquid (CNSL), enabling OEMs and industrial manufacturers to meet sustainability goals while maintaining predictable performance, durability, and qualification confidence.
Performance Certainty, Engineered
Manufacturers today face compressed timelines, sustainability mandates, and increasing performance scrutiny. Reformulation, qualification, and scale-up leave little room for error or surprises.
Palmer exists to reduce variability, eliminate surprises, and deliver predictable outcomes—from formulation through production—before products reach the field.
Why CNSL Matters
Cashew nut shell liquid is a renewable feedstock with a unique chemical structure that enables high-performance material design across demanding, performance-critical applications.
At Palmer, CNSL is not an ingredient.
It is our technology platform and the foundation for consistent, repeatable outcomes.
By engineering all materials from CNSL, we help customers transition away from petrochemical systems while maintaining the real-world performance and qualification predictability their applications demand.
How Palmer Enables Customer Success
- Faster reformulation cycles without performance compromise
- Reliable scale-up from lab to production
- Consistent performance across global programs
- Clear technical alignment across engineering, quality, and procurement
- Documented development and validation pathways that reduce program risk
We don’t sell materials in isolation.
We engineer solutions that ensure products perform in the real world and stand behind them through execution.
The Difference Is The Partnership
Customers come to Palmer for CNSL-based chemistry.
They stay for the people behind it and the accountability that comes with experience.
- Direct access to experienced experts
- Fast, clear communication to keep programs moving
- Transparency that prevents surprises
- A long-tenured team built around accountability and trust that reduces institutional risk
Sustainability Without Compromise
Palmer’s CNSL-based materials reduce reliance on petroleum-derived chemistries while meeting demanding durability, stability, and validation requirements. Sustainability is engineered into the chemistry—tested, proven, and accountable at the molecular and application level.
Sustainability Without Compromise
Palmer’s CNSL-based materials reduce reliance on petroleum-derived chemistries while meeting demanding durability, stability, and validation requirements. Sustainability is engineered into the chemistry—tested, proven, and accountable at the molecular and application level.
80 Years Proven.
Built for What’s Next.
Palmer’s CNSL-based materials reduce reliance on petroleum-derived chemistries while meeting demanding durability, stability, and validation requirements. Sustainability is engineered into the chemistry—tested, proven, and accountable at the molecular and application level.
80 Years Proven.
Built for What’s Next.
Palmer’s CNSL-based materials reduce reliance on petroleum-derived chemistries while meeting demanding durability, stability, and validation requirements. Sustainability is engineered into the chemistry—tested, proven, and accountable at the molecular and application level.