In hot summer, especially when we live in the south, people will sweat at the thought of it. If we wear impermeable summer work clothes, it will be painful to think of it. Based on my years of experience in the work clothes customization industry, I would like to introduce four standards for customizing summer factory clothing fabrics. Mingyang Garments focuses on customizing staff work clothes, not only focusing on the overall effect, but also on the handling of details.

1. Moisture absorption performance

Moisture absorption is one of the basic properties of customized clothing materials in summer. Good hygroscopic performance can make people comfortable to wear, absorb sweat from human body in time, and regulate body temperature.

2. Thermal insulation performance

The more static air contained in the textile fiber, the stronger the thermal insulation performance. For example, wool is fluffy and has better thermal insulation than cotton. Loosely textured fabrics have stronger thermal insulation properties than compact fabrics. For example, wool wool has better thermal insulation than worsted wool. In addition, natural fiber has better thermal insulation performance than chemical fiber.

3. Elasticity and strength

Elasticity refers to the ability of customized materials for summer work clothes to recover after extrusion deformation. Generally, natural fiber has good elasticity, but its ability to restore its original state is also weak. Synthetic fiber, especially polyester fiber, has a strong ability to restore the original state, and the clothes made are more refreshing. Strength refers to the strength in use. Generally speaking, the strength of synthetic fiber is much higher than that of natural fiber, and it is not easy to be damaged.

4. Air permeability

Breathability is a performance that regulates human comfort and is closely related to human health. The strength of air permeability depends on the density, thickness and surface shape of the material structure. When selecting, carefully select according to the design intent.