TR Plain Fabric

Cikakken Bayani:

T / R 65/35 Greige masana'anta

Mu masu sana'a ne na masana'anta na TR tare da farashin gasa. Duk wata bukata, pls jin daɗin tuntuɓar mu. Tambayar ku ko sharhinku zai sami kulawar mu sosai. 

What is the difference between PV and TR fabric?

PV and TR fabrics are both popular blended woven textiles widely used in the production of suits, uniforms, workwear, and formal garments. Though similar in appearance, they differ significantly in composition, texture, performance, and application.

TR fabric is a blend of polyester (T) and rayon (R), typically in ratios such as 65/35 or 70/30. It combines the durability and wrinkle resistance of polyester with the softness and breathability of rayon. The result is a smooth, lightweight fabric with a natural drape and comfortable touch. TR fabric offers excellent color absorption, making it ideal for vibrant dyeing. It is often used in spring and summer garments, office wear, trousers, and fashion suits where comfort and a refined appearance are key.

PV fabric, on the other hand, is a blend of polyester (P) and viscose (V), which may include acrylic or other synthetic short fibers. It is generally heavier, with a stiffer hand feel and a stronger structural quality. PV fabric emphasizes durability, crease resistance, and shape retention. It is more robust and suitable for uniforms, outerwear, and structured suits that require a firm and lasting form. PV fabric is especially favored in autumn and winter garments due to its thicker construction and superior resilience in frequent-use environments.

In summary, TR fabric excels in comfort, softness, and drape, making it suitable for lightweight and breathable clothing. PV fabric offers strength, structure, and long-lasting wear, ideal for formal or industrial applications. The choice between TR and PV depends on the desired look, feel, and function of the final garment. Both are versatile and cost-effective solutions for manufacturers seeking performance and style in professional and uniform textiles.