What is the best material for fitness clothing

What is the best fabric for fitness clothes. Polyester, Polyamide (Nylon) or Cotton fabric

Is polyester or polyamide the best fabric to use for fitness clothing such as women's leggings and sports bras?. The answer to this question

is yes and no. 

So what is the best fabric to use for general sportswear such as T-shirts, hoodies, base layers? Is it cotton, polyester, polyamide (nylon)?. The answers to these questions are "yes" and "no".

Is polyamide fabric  breathable?

Polyamide (nylon) fabrics have become increasingly popular in the textile industry due to their durability, wrinkle resistance and ease of care. However, one of the major drawbacks of polyamide fabrics is that they do not effectively wick moisture away from the skin, which can be uncomfortable and unpleasant for the wearer. Moisture produced on the skin during exercise cannot be wicked away from the fabric and is trapped between the fabric and the skin. Unfortunately, many retailers make misleading claims about the breathability of polyamide fabrics.

The best material (fabric) for gym t-shirts and generally all fitness clothing such as tights and sports bras is polyester and polyamide fabric blended with natural fibers. Polyamide (nylon) fabric blended with natural fibers will gain breathability and moisture-absorbing properties. The mechanical properties of synthetic polyester and polyamide fabric blended with natural fibers will also increase and the rate of harmful chemicals (especially Bisphenol A, BPA) will be significantly reduced. Blending polyamide (nylon), an allergenic fabric, with natural fibers will provide hypoallergenic properties. This is a unique advantage, especially for users with sensitive skin.

Leggings, sports bras and all kinds of fitness clothes made of high quality fabrics with increased breathability obtained by blending non-breathable fabrics such as polyamide with natural fabrics will take your brand to the next level.

What does high-quality fabric mean in fitness designs such as leggings, sportswear.

Creating high quality fitness designs is a much more complex process than you might think. Let's take a good quality pair of leggings and sports bra as an example. The fibre that gives the polyester or polyamide (nylon) fabric its elasticity is spandex, also known as elastane. Incidentally, spandex (elastane) is not a type of fabric, so it is not possible to make a fabric using only elastane fibres. The ideal amount of elastane in a fabric is 25%. However, sewing a fabric with such a high elastane content is a job that requires experience. Therefore, unethical or inexperienced manufacturers use fabrics with lower elastane content. However, they can tell their customers that the fabric contains high elastane. Unfortunately, we come across this fraud quite often. Such small manufacturers offering low prices unfortunately take advantage of the lack of in-depth technical experience of fitness wear brands. 

What is the best fabric to use in fitness wear such as T-shirts, hoodies, leggings, sports bras? Cotton, polyester or polyamide (nylon)? Why the answers to these questions are ‘yes’ and ‘no’.

There is nothing wrong with using high quality polyester or polyamide (nylon) fabrics in the production of high quality leggings and sports bras. However, the pitfalls for a fitness apparel brand chasing low prices are obvious. The manufacturer offering low price but very low quality garments will use promotional fabrics. This will mean that the fabric is sparsely spaced (or woven), weighs less than the ideal fabric weight, has no anti-pilling finish and no colour fastness finish. The result will be a cheap garment that is rubbish in every way.

''  Traditional polyester and polyamide (nylon) fabrics, no matter how high quality they are, do not have breathability and moisture-absorbing properties. Considering that polyamide or polyester fabrics to be used in fitness (gym) clothes such as leggings and sports bras will weigh at least 220 grams, the wetness and weight of the fabric gradually increases since the fabric does not have moisture-absorbing properties. Even if you exercise or walk, the moisture on the skin cannot reach the surface of the fabric. This means that sweat is trapped between the skin and the fabric. Sweat accumulation between the skin and the fabric causes allergies on the skin. The negative effect on performance is the increase in body temperature due to sweat that cannot be removed from the skin. This causes a decrease in performance. Polyamide and polyester fabrics give a feeling of wetness during exercise and their sticking to the body is another factor that creates a negative feeling. ''

''  The new generation fitness fabrics developed by Conbello Textile R&D department solve this problem radically. 'Conbello Textile uses polyester and polyamide [nylon] fabrics produced with LFCP-B technology in its tights and sports bra designs. This technology allows an air layer like a microfilm to form between the fabric and the skin. The fabrics we produce with this technology prevent allergies, prevent sweat accumulation on the skin and ultimately provide extremely fresh and comfortable use.' Read the description below carefully to get a more comprehensive answer to the high-quality next generation fabrics for fitness (gym) clothing. ''

NEXT GENERATION PREMIUM FABRIC TECHNOLOGIES

Next Generation Technical Fabrics in Performance, Comfort and Hygiene Developed by Conbello Textile.

Conventional fabrics such as polyamide and polyester often cause discomfort and potential health problems. These fabrics contain high elastane as required by their usage characteristics. As a natural consequence, they trap moisture when in close direct contact with the skin, causing the skin and fabric to remain wet. This causes excessive sweating, allergic reactions and an increase in body temperature. Synthetic fabrics such as polyamide, which cannot absorb moisture and evaporate it from the fabric, exacerbate this problem.

To address these shortcomings, Conbello Textile R&D department has developed the Next generation air layer fabric technology. This innovative approach involves an air gap between the fabric and the skin, similar to a film strip. This air layer minimises fabric-skin contact and friction, significantly reducing perspiration and the risk of allergic reactions. The ultra-soft inner and outer structure of these fabrics provides exceptional comfort in environments ranging from hot to cold.

Type 1: Next Generation Air-Layered Fabric Technology

This type of fabric offers a significantly softer feel than conventional polyamide. By creating a layer of air between the fabric and the skin, it ensures optimum air circulation, reduces friction and facilitates the removal of moisture. This technology provides a more comfortable and hygienic experience.

Type 2: Next Generation Air Lock Fabric Technology

Designed for cooler or colder outdoor conditions, this fabric features a laminated construction that creates a layer of air inside the main fabric. This airlock layer provides an additional barrier against the elements, keeping the wearer warmer and drier. Ideal for activities in cold environments.

In conclusion, the new generation of airlock fabric technology represents a significant advance in textile innovation. Addressing the limitations of traditional polyester and polyamide (nylon) fabrics, these materials offer improved comfort, breathability and moisture management. Whether you are looking for a more comfortable everyday fabric or a specialised option for outdoor activities, airlock fabrics offer a superior solution.

Polyamide and Polyester fabrics are the fabrics that global manufacturers are constantly keeping an eye on to pump sales. In addition to the superior properties of these fabrics, they also have very serious problems that restrict their use. It is enough to contact Conbello Textile in order to increase the polyamide fabric to a much higher quality and make your brand unique.

Blending polyamide-polyester fabrics with natural fibres such as cotton and viscose can significantly improve their performance and comfort. Natural fibres have unique properties that complement synthetic fibres and provide several benefits:

Moisture absorption: Natural fibres such as cotton and viscose are hydrophilic, which means they absorb moisture for better breathability and perspiration management.

Moisture absorption: Natural fibres allow airflow and moisture transfer, reducing the risk of sweat build-up and skin irritation.

Softness and comfort: Natural fibres are generally softer and gentler on the skin than synthetic fibres, reducing irritation and discomfort.

Temperature regulation: Natural fibres help regulate body 
temperature, keeping you cooler in summer and warmer in winter.