Custom Compounding

Not every industrial requirement can be met by standard market grades. Many components and products require a precise combination of mechanical, thermal, electrical, visual and processing properties.

Using a problem-solving approach, TP Jam designs compounds around each customer’s end use, production equipment, expected standards and economic requirements. This capability marks the essential difference between a conventional producer and a specialist in engineered compounds.

Which Properties Can Be Engineered?

• Higher strength, stiffness and dimensional stability
• Improved impact resistance across different temperatures
• Greater heat resistance and longer product life
• Reinforcement with glass fiber and mineral fillers
• Flame-retardant properties and reduced smoke generation
• Resistance to sunlight, oxidation and environmental exposure
• Conductive or antistatic properties
• Improved color, surface appearance and product uniformity
• Adjusted flow behavior and a wider processing window
• Simultaneous optimization of performance and total cost

Custom Product Development Process

1. Review the application, component and service conditions
2. Define target properties and acceptance criteria
3. Select the base polymer, additives and reinforcements
4. Design and prepare a laboratory formulation
5. Produce samples and conduct technical testing
6. Evaluate the sample in the customer’s process
7. Refine the formulation and carry out pilot production
8. Finalize specifications and transfer to industrial production

Confidentiality and Information Ownership

Technical information, component samples, processing conditions and project-specific requirements are managed confidentially. The final formulation is manufactured and quality-controlled under a controlled system to maintain consistent performance across repeat orders.

Conclusion

Our objective is not to sell one standard grade to every customer. It is to design a solution that delivers the required performance in the customer’s real product while remaining consistently manufacturable and economically viable.