Low-calcium carbonate fittings are produced using a carefully engineered formulation with reduced filler content, which significantly enhances their mechanical properties, impact strength, and flexibility. This special composition ensures that the final fittings not only perform reliably under mechanical stress and pressure but also maintain excellent durability in demanding working conditions.

During production, the formulation provides optimal lubrication and thermal stability, ensuring smooth processing and a uniform surface finish. As a result, fittings manufactured with this grade offer superior quality, consistent appearance, and extended service life, making them a reliable choice for a wide range of construction and installation applications.

This product is specially formulated and developed based on strong heat stabilizers, specialized lubricants, and a high percentage of calcium carbonate. The precise combination of these additives ensures both excellent thermal stability and optimal processability during pipe production.

Due to its high carbonate content, this compound not only helps reduce production costs but also enables the manufacture of pipes with suitable strength, uniform surfaces, and excellent appearance quality. In addition, the use of this formulation minimizes equipment wear, improves production line efficiency, and enhances consistency in the final product.

This compound is therefore an ideal choice for manufacturers seeking a balance between cost-effectiveness and high quality in the production of polymer pipes.

This product is designed and developed based on powerful heat stabilizers and efficient lubricants. Its special formulation ensures that, even under demanding processing conditions involving high heat and pressure, the process is well-controlled and the product quality is maintained.

Thanks to the simultaneous performance of stabilizers and lubricants, this additive enables the production of polymer pipes with a very high filler content. Its application not only improves processability and reduces melt stresses, but also minimizes mold and equipment wear, enhances pipe surface uniformity, and achieves desirable mechanical properties.

Ultimately, by using this product, manufacturers can produce pipes with high durability, strength, and quality that fully meet practical requirements and comply with industrial standards.