MICROFIBER CLOTHS
Uncompromising Quality for Your Consumers
Quality Control
We pay special attention to quality control of our roll microfiber to ensure the stability and reliability of each produced roll. You can trust the quality of the products you receive from us.
Any color. Any density. Any pattern. We can manufacture microfiber cloths according to your requirements.
Prompt delivery
Instant dispatch to any point in the workd. You will receive your order as fast and hassle-free as possible.
We offer ready-made microfiber cloths and custom-made microfiber products
On our website, you can purchase microfiber cloths with a density ranging from 220 to 460 g/m² in any color. These are high-quality, practical, and durable cloths with excellent absorbent properties.
We offer favorable conditions for wholesale buyers. If you are interested in purchasing microfiber cloths in bulk, we are happy to provide you with special discounts and individual cooperation terms.
We offer favorable conditions for wholesale buyers. If you are interested in purchasing microfiber cloths in bulk, we are happy to provide you with special discounts and individual cooperation terms.
Prompt shipment
We guarantee the availability of goods in a warehouse in Serbia. You don't have to wait! You will receive your order as soon as possible.
Flexible payment and delivery terms
We value our customers and are always ready to listen to their needs in order to offer the best payment and delivery terms.
Range
We offer a wide range of ready-made products, as well as the ability to manufacture microfiber fabrics of any density, color, and pattern.
Price
With us, you can save your budget without compromising on quality.
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Biocomposite microfiber
About our products
Our microfiber is bicomponent and consists of the finest fibers obtained from 2 polymers: 80% - polyethylene terephthalate, 20% - polyamide. This combination of materials provides high efficiency in cleaning and cary of various surfaces, as well as durability and wear resistance of products made from our microfiber. Our products are available in a wide range of colours, densities, and patterns.
Density of the fabric
220 gr/sq.m.
280 gr/sq.m.
420 gr/sq.m.
250 gr/sq.m.
380 gr/sq.m.
and more
The higher the density of microfiber, the more fibers per unit area, which allows it to better absorb water or other liquids. Denser microfiber also has greater wear resistance and durability. When choosing microfiber for specific tasks, it is necessary to take into account both its density and other parameters, such as composition, texture and production technology.
Stages of microfiber production
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Formation of the thread
The formation of textile fibers is made from certified bicomponent and monocomponent polymers. Before the granulate is turned into a thread, it goes through stages from melting the granules to forming the threads with subsequent stretching and winding onto bobbins.01 -
Texturing
The thread is formed. The next stage is its texturing. Going through the entire technological process, the thread acquires all the required physical and mechanical properties and is ready to create a fabric.02 -
Weaving and knitting
To ensure the quality of the fabric, we use the technology of yarn weaving on looms with subsequent knitting of the fabric of various widths, densities, and types.
03 -
Dyeing
This stage is where the fabric acquires its color. Our color palette is multifaceted, including both vivid and pastel colors. By strictly following the technological process, we achieve a pure color and the required properties of the fabric.04 -
Finishing of the fabric
By touching the microfiber fabric that has gone through all stages of production using the proper technology, you will definitely feel its softness and silkiness. It is at this stage that we achieve such properties of the fabric.05
Our microfiber factory
Frequently Asked Questions About Microfiber
Frequently Asked Questions About Microfiber
Microfiber is a synthetic material made from polyester, polyamide, or their blend, which is characterized by very fine fibers with a diameter of less than 1 denier (a unit of measurement of fiber thickness).
Microfiber is produced by manufacturing numerous microscopic fibers that are bonded together. This structure provides the material with unique properties such as softness, flexibility, strength, and the ability to efficiently absorb water and fat.
Microfiber is used in various fields, such as the production of microfiber fabrics used to make clothing, bed linens, towels, and other textile products. Microfiber is also widely used in household cleaning products, as it effectively removes dirt and does not leave streaks on surfaces.
Overall, microfiber is an innovative material that possesses unique properties and is widely used in various areas of our lives.
Microfiber is produced by manufacturing numerous microscopic fibers that are bonded together. This structure provides the material with unique properties such as softness, flexibility, strength, and the ability to efficiently absorb water and fat.
Microfiber is used in various fields, such as the production of microfiber fabrics used to make clothing, bed linens, towels, and other textile products. Microfiber is also widely used in household cleaning products, as it effectively removes dirt and does not leave streaks on surfaces.
Overall, microfiber is an innovative material that possesses unique properties and is widely used in various areas of our lives.
Microfiber is used in various industries, including textile, automotive, and household industries.
One of the most common uses of microfiber is as a material for cleaning cloths and towels. Microfiber cleaning cloths are used for cleaning in homes as well as in professional cleaning services. Microfiber has an excellent ability to trap dust and dirt, making it ideal for cleaning surfaces.
Another important use of microfiber is as a material for automotive towels and cloths. Microfiber towels are used for removing dirt and stains from car bodies, as well as for cleaning windows and mirrors.
Microfiber is also widely used in the textile industry for producing various products, including towels, bed linens, and clothing. Due to its soft and durable structure, microfiber is a popular choice for producing products that need to be durable and soft to the touch.
In addition, microfiber is used in the production of sports equipment such as running pants, t-shirts, and sports jackets. This fabric has excellent air permeability and the ability to quickly wick away moisture, making it ideal for sports activities.
Microfiber is used to produce medical materials such as bandages, compresses, and masks. It has antibacterial properties and makes it possible to create materials that can be used in various medical procedures.
Finally, microfiber is widely used in the production of furniture, including sofas, armchairs, and chairs. Microfiber has strong water-repellent properties and is easy to clean, making it a popular material for furniture.
One of the most common uses of microfiber is as a material for cleaning cloths and towels. Microfiber cleaning cloths are used for cleaning in homes as well as in professional cleaning services. Microfiber has an excellent ability to trap dust and dirt, making it ideal for cleaning surfaces.
Another important use of microfiber is as a material for automotive towels and cloths. Microfiber towels are used for removing dirt and stains from car bodies, as well as for cleaning windows and mirrors.
Microfiber is also widely used in the textile industry for producing various products, including towels, bed linens, and clothing. Due to its soft and durable structure, microfiber is a popular choice for producing products that need to be durable and soft to the touch.
In addition, microfiber is used in the production of sports equipment such as running pants, t-shirts, and sports jackets. This fabric has excellent air permeability and the ability to quickly wick away moisture, making it ideal for sports activities.
Microfiber is used to produce medical materials such as bandages, compresses, and masks. It has antibacterial properties and makes it possible to create materials that can be used in various medical procedures.
Finally, microfiber is widely used in the production of furniture, including sofas, armchairs, and chairs. Microfiber has strong water-repellent properties and is easy to clean, making it a popular material for furniture.
Microfiber is a synthetic material created from polyester and polyamide fibers. These materials are very thin and have a diameter of less than one-tenth the diameter of a human hair.
Typically, microfiber is produced from a blend of polyester and polyamide fibers. The manufacturing process involves cutting the synthetic fibers into very small particles and then weaving them together.
The polyester-polyamide blend results in optimal material properties such as softness, durability, water repellency and absorbency, as well as high efficiency in collecting fine dust and dirt.
The polyester fibers used in microfiber production are strong and resistant to wear, as well as capable of maintaining their shape and color even after multiple washings. This ensures the durability and quality stability of the material.
On the other hand, the polyamide fibers have high absorbency, making microfiber an ideal material for producing cleaning cloths and rags since they can quickly and easily absorb liquids and dirt.
Typically, microfiber is produced from a blend of polyester and polyamide fibers. The manufacturing process involves cutting the synthetic fibers into very small particles and then weaving them together.
The polyester-polyamide blend results in optimal material properties such as softness, durability, water repellency and absorbency, as well as high efficiency in collecting fine dust and dirt.
The polyester fibers used in microfiber production are strong and resistant to wear, as well as capable of maintaining their shape and color even after multiple washings. This ensures the durability and quality stability of the material.
On the other hand, the polyamide fibers have high absorbency, making microfiber an ideal material for producing cleaning cloths and rags since they can quickly and easily absorb liquids and dirt.
To answer this question, let's consider the main characteristics and advantages of each material.
Microfiber is a thin fibrous material consisting of microscopic fibers, usually made from polyester or nylon. It is used to create many types of textiles, such as towels, cleaning cloths, clothing, and even furniture. The main advantage of microfiber is its ability to attract dirt and dust due to the thousands of microscopic fibers that create an electrostatic field. This allows for easy and effective removal of dirt without the use of chemicals.
Polyester is a synthetic material made from polyester fibers. It is also widely used in the textile industry to create clothing, furniture, and other products. The main advantage of polyester is its strength and durability.It is also easy to wash and quick to dry.
Thus, both materials have their advantages. However, if we talk about choosing between microfiber and polyester for cleaning, microfiber is usually considered more effective due to its ability to attract dirt and dust. It is also more environmentally friendly, as it does not require the use of chemicals to remove dirt.
Microfiber is a thin fibrous material consisting of microscopic fibers, usually made from polyester or nylon. It is used to create many types of textiles, such as towels, cleaning cloths, clothing, and even furniture. The main advantage of microfiber is its ability to attract dirt and dust due to the thousands of microscopic fibers that create an electrostatic field. This allows for easy and effective removal of dirt without the use of chemicals.
Polyester is a synthetic material made from polyester fibers. It is also widely used in the textile industry to create clothing, furniture, and other products. The main advantage of polyester is its strength and durability.It is also easy to wash and quick to dry.
Thus, both materials have their advantages. However, if we talk about choosing between microfiber and polyester for cleaning, microfiber is usually considered more effective due to its ability to attract dirt and dust. It is also more environmentally friendly, as it does not require the use of chemicals to remove dirt.
Before washing microfiber, check the care label for instructions. If the label states that the microfiber can be machine washed, then follow these recommendations:
Wash microfiber separately from other items to avoid tangling of fibers.
Use a neutral detergent to avoid damaging the fibers.
Do not use fabric softener or bleach, as they can harm the microfiber and reduce its effectiveness.
Try to use a washing program with low water level and temperature to avoid excessive friction and damage to the microfiber fibers.
After washing, do not tumble dry the microfiber as high temperatures can damage the fibers. Instead, air dry it by first spreading it out on a flat surface.
If you are washing microfiber by hand, use warm water and a neutral detergent. After washing, rinse the microfiber thoroughly to ensure all detergent is removed.
By following these simple instructions, you can properly wash microfiber and extend its lifespan.
Wash microfiber separately from other items to avoid tangling of fibers.
Use a neutral detergent to avoid damaging the fibers.
Do not use fabric softener or bleach, as they can harm the microfiber and reduce its effectiveness.
Try to use a washing program with low water level and temperature to avoid excessive friction and damage to the microfiber fibers.
After washing, do not tumble dry the microfiber as high temperatures can damage the fibers. Instead, air dry it by first spreading it out on a flat surface.
If you are washing microfiber by hand, use warm water and a neutral detergent. After washing, rinse the microfiber thoroughly to ensure all detergent is removed.
By following these simple instructions, you can properly wash microfiber and extend its lifespan.
Microfiber has numerous tiny fibers that create a huge surface area for absorbing liquids. These fibers are electrostatically charged, which allows them to attract and retain liquids. In addition, microfiber fibers have a diameter that is smaller than the diameter of fibers used in other fabrics.
One of the advantages of microfiber is that it absorbs liquid deep into its fibers, not just on the surface like other materials. This makes microfiber more effective in cleaning surfaces and home cleaning.
Another advantage of microfiber is that it dries quickly. This is because microfiber fibers can quickly displace liquid, allowing them to dry quickly.
Overall, microfiber is a very effective material for absorbing liquids and dirt due to its multiple surfaces and electrostatic charge. This makes microfiber ideal for cleaning and home cleaning.
One of the advantages of microfiber is that it absorbs liquid deep into its fibers, not just on the surface like other materials. This makes microfiber more effective in cleaning surfaces and home cleaning.
Another advantage of microfiber is that it dries quickly. This is because microfiber fibers can quickly displace liquid, allowing them to dry quickly.
Overall, microfiber is a very effective material for absorbing liquids and dirt due to its multiple surfaces and electrostatic charge. This makes microfiber ideal for cleaning and home cleaning.
Microfiber can have varying densities, which affects its characteristics and effectiveness. However, in general, microfiber can have a density of 100 to 300 g/m², with low-density microfiber usually having a density of 100 to 200 g/m², and high-density microfiber ranging from 200 to 300 g/m².
High-density microfiber has a denser fiber structure, which allows it to be more durable and long-lasting, but less soft and flexible than low-density microfiber. High-density microfiber is typically used to produce fabrics for furniture, cars, and other products that need to be more durable and wear-resistant.
On the other hand, low-density microfiber has a softer and more flexible fiber structure, which makes it more suitable for household use, such as house cleaning and skin care.
Low-density microfiber has finer fibers that can absorb water and dirt better than traditional fabrics due to its multiple surface and electrostatic charge.
High-density microfiber has a denser fiber structure, which allows it to be more durable and long-lasting, but less soft and flexible than low-density microfiber. High-density microfiber is typically used to produce fabrics for furniture, cars, and other products that need to be more durable and wear-resistant.
On the other hand, low-density microfiber has a softer and more flexible fiber structure, which makes it more suitable for household use, such as house cleaning and skin care.
Low-density microfiber has finer fibers that can absorb water and dirt better than traditional fabrics due to its multiple surface and electrostatic charge.
Microfiber leaves no streaks due to its unique structure and fiber properties. Microfiber consists of microscopic fibers that are 100 times thinner than the fibers of natural fabrics such as cotton or wool. This allows microfiber to penetrate deeper into the surface, removing dirt and residues without leaving streaks.
In addition, microfiber has properties that make it particularly effective in removing dirt and grease without streaks. The fibers of microfiber are electrostatically charged, which allows them to attract dirt and dust, as well as hold them inside the fabric instead of spreading them on the surface. This also allows microfiber to more effectively remove grease, which typically remains on the surface after cleaning, as grease has an opposite electrical charge.
Finally, microfiber also has the property of absorbing water and dirt better than traditional fabrics because of the multiple surface of the fibers, which can retain liquids inside themselves.
Overall, the unique structure and properties of microfiber make it particularly effective in removing dirt and grease, as well as preventing streaks on the surface.
In addition, microfiber has properties that make it particularly effective in removing dirt and grease without streaks. The fibers of microfiber are electrostatically charged, which allows them to attract dirt and dust, as well as hold them inside the fabric instead of spreading them on the surface. This also allows microfiber to more effectively remove grease, which typically remains on the surface after cleaning, as grease has an opposite electrical charge.
Finally, microfiber also has the property of absorbing water and dirt better than traditional fabrics because of the multiple surface of the fibers, which can retain liquids inside themselves.
Overall, the unique structure and properties of microfiber make it particularly effective in removing dirt and grease, as well as preventing streaks on the surface.
Microfiber and microfiber cloth are two terms that are often used interchangeably, but they actually have some differences.
Microfiber is a type of microfiber material that is made from polyester, polyamide, or a combination of these materials. Microfiber has a unique structure consisting of microscopic fibers that are 100 times thinner than the fibers of natural fabrics. As a result, microfiber can penetrate surfaces more deeply, removing dirt and residue without leaving streaks.
Microfiber is a common name for any fabric or material that has a very small diameter of fibers. Typically, microfibers have a diameter of less than 1 dener (a fiber thickness measurement unit), which is much less than traditional natural fabrics such as cotton or wool.
Therefore, microfiber is one type of microfiber material that has unique properties because of its special structure.
Microfiber is a type of microfiber material that is made from polyester, polyamide, or a combination of these materials. Microfiber has a unique structure consisting of microscopic fibers that are 100 times thinner than the fibers of natural fabrics. As a result, microfiber can penetrate surfaces more deeply, removing dirt and residue without leaving streaks.
Microfiber is a common name for any fabric or material that has a very small diameter of fibers. Typically, microfibers have a diameter of less than 1 dener (a fiber thickness measurement unit), which is much less than traditional natural fabrics such as cotton or wool.
Therefore, microfiber is one type of microfiber material that has unique properties because of its special structure.
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