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Applications for TPS will continue to be developed to meet the ever changing market requirements.

TPS Company's Evoh Resin: Enhancing Underfloor Heating Efficiency

BRAVI-PERT-EVOH-PERT

The integration of TPS Company's EVOH resin into underfloor heating pipes has revolutionized the industry, setting new standards for performance and reliability. This cutting-edge material offers a unique combination of properties that address the specific challenges faced by underfloor heating systems. At the forefront of these advantages is the resin's exceptional oxygen barrier capability, which effectively minimizes oxygen diffusion through the pipe walls. This crucial feature prevents the formation of oxidized sludge within the heating system, a common issue that can lead to reduced efficiency and increased wear on system components. By incorporating TPS Company's EVOH resin, manufacturers can produce pipes that maintain optimal heat transfer rates and system efficiency throughout their extended lifespan.

EVOH in Pipes 2

The remarkable versatility of TPS Company's EVOH resin makes it suitable for various underfloor heating pipe constructions, including multi-layer pipes and composite structures. Its excellent adhesion properties enable strong bonding with other materials, such as polyethylene, ensuring the structural integrity of multi-layer pipes. This versatility allows manufacturers to design pipes that combine the barrier properties of EVOH with the strength and flexibility of other materials, resulting in a product that meets the diverse requirements of modern underfloor heating installations. Furthermore, the resin's compatibility with different processing techniques, including extrusion and co-extrusion, provides manufacturers with the flexibility to optimize their production processes and create pipes with precise specifications.

One of the most significant advantages of TPS Company's EVOH resin is its contribution to the long-term performance and durability of underfloor heating systems. The material's resistance to chemical degradation ensures that pipes maintain their structural integrity and barrier properties even when exposed to various chemicals that may be present in the building environment. This resilience translates to reduced maintenance requirements and fewer system failures, ultimately leading to lower lifecycle costs for homeowners and building operators. Additionally, the resin's ability to withstand high temperatures without compromising its performance makes it ideal for use in high-efficiency heating systems that operate at elevated temperatures to maximize heat output and energy efficiency.