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So far Hubei Decon has created 79 blog entries.

Easy Dyeing Fibers

The dyeing of fibers is an energy-intensive process. The most widely used regular polyester fibers face challenges such as difficult-to-control dyeing processes, increased dyeing costs, higher dye content in wastewater, and significant damage to fiber properties. Moreover, conventional dyeing methods pose environmental concerns. Easy dyeing fibers align with environmental requirements and aim to reduce costs and

By |2024-01-24T05:56:29+00:00January 24th, 2024|Blog|0 Comments

Synthetic Fibers

Synthetic fibers are chemically manufactured fibers with suitable molecular weight and solubility (or meltability), obtained through the spinning and post-processing of linear polymers. Unlike natural and regenerated fibers, the production of synthetic fibers is not constrained by natural conditions. In addition to the general superior properties of chemical fibers, such as high strength, lightweight, easy

By |2023-12-21T07:22:52+00:00December 21st, 2023|Blog|0 Comments

High Shrinkage Fibers

Fibers with a boiling water shrinkage rate of around 20% are referred to as regular shrinkage fibers, while fibers with a rate of 35-45% are called high shrinkage fibers. Classification  (1) Classified by composition, there are two types: high-shrinkage polyacrylonitrile fibers (PAN) and polyester fibers (PET). Our company can supply polymers for boiling water rate

By |2023-12-13T07:07:46+00:00December 13th, 2023|Blog|0 Comments

Why Need Sizing?

The filament is composed of multiple individual fibers, such as 165dtex/48f, indicating that 48 individual fibers are combined to form a filament with a total denier of 165dtex. During the production process, the filament undergoes various processes such as winding, combining, twisting, and finishing while under tension. In the weaving process, it experiences repeated friction

By |2023-12-05T09:14:44+00:00December 4th, 2023|Blog|0 Comments

Textile Auxiliaries

Textile auxiliaries refer to a range of chemicals added during textile production to enhance performance. These additives are categorized into various types, including dyeing agents, printing and dyeing enhancers, finishing agents, etc. They are widely used in the production lines, which can improve the quality of textiles and production efficiency, and reduce costs. Let's delve

By |2023-11-10T09:07:06+00:00November 10th, 2023|Blog|0 Comments

Textile Flame Retardancy Evaluation

To mitigate the risk of fire accidents caused by flammable textiles and reduce the potential harm to life and property, the assessment of the burning performance of textile materials has garnered considerable attention worldwide. This article will discuss Textile Flame Retardancy Evaluation. Judging the flame-retardant performance of fabrics generally relies on two aspects. Firstly, the

By |2023-10-20T09:19:26+00:00October 20th, 2023|Blog|0 Comments

Solid State Polymerization (SSP)

The Solid State Polymerization (SSP) process refers to the condensation polymerization reaction of solid chips, aiming to increase the molecular weight and intrinsic viscosity (IV). The normal PET Chips are heated to the glass transition temperature (usually 10-40 ° C below the melting point). The small molecular products are taken away by vacuum or inert

By |2023-10-18T07:07:38+00:00October 12th, 2023|Blog|0 Comments

PET Film Production Processes

PET film (polyethylene terephthalate film) is a commonly used plastic film material with excellent physical properties and chemical stability. There are various processes to choose from, among which the coating process is the most common production method. This article will make a comparison of three different PET Film production processes, coating, extruding, and stretching process.

By |2023-10-11T02:41:00+00:00October 11th, 2023|Blog|0 Comments

Static Electricity in Textiles

Why Study Static Electricity in Textiles? Static Electricity Phenomenon and Generation Principles in Textiles There are multiple explanations for the mechanism of static electricity generation, and static electricity in textiles is mainly generated by the friction between surfaces. Textile materials are poor conductors of electricity and have a high resistivity. Fibers and their products are

By |2023-09-26T08:02:10+00:00September 26th, 2023|Blog|0 Comments
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