Microfiber Glasses Cleaning Cloths Manufacturers

Industry knowledge

How absorbent is Microfiber Glasses Cleaning Cloth ?

Microfiber glasses cleaning cloths are highly absorbent due to the nature of microfiber material. Microfiber consists of very fine fibers, often smaller than the diameter of a human hair, which creates a large surface area for absorption. Here's why microfiber glasses cleaning cloths are absorbent:

Fine Fiber Structure: Microfiber is made up of extremely fine fibers, typically composed of polyester and polyamide (nylon). These fibers have a high surface area-to-volume ratio, allowing them to absorb moisture and liquid more effectively compared to traditional cloth materials.

Capillary Action: The tiny spaces between the microfiber strands create capillary action, which draws moisture and liquid into the cloth's fibers. This capillary action enhances the cloth's absorbency, allowing it to soak up water, oils, and other residues from the surface of the glasses.

Quick Drying: Despite its high absorbency, microfiber also has the ability to release moisture quickly. This quick-drying property helps prevent the cloth from becoming saturated and allows it to be reused multiple times without losing its effectiveness.

Lint-Free: Microfiber materials are typically lint-free, meaning they do not shed fibers during use. This ensures that the cloth absorbs moisture without leaving behind lint or residue on the surface of the glasses, resulting in a streak-free and clean finish.


Comprehensive cleaning: Due to the excellent water absorption properties of microfiber cleaning cloths, they can not only be used to clean water stains and dirt on the surface of the glasses, but can also be used to wipe the frame and nose pads around the lenses to achieve a comprehensive cleaning effect.

Why are Microfiber Glasses Cleaning Cloth  so effective at preventing fiber residue?

Microfiber glasses cleaning cloths are highly effective at preventing fiber residue for several reasons:

Fine Fiber Structure: Microfiber cloths are made of very fine fibers, typically much thinner than human hair. These fine fibers can penetrate into the tiny crevices and pores on the surface of glasses, ensuring thorough cleaning and minimizing the chances of leaving behind residue.

Capillary Action: The microscopic spaces between the microfiber strands create capillary action, which helps draw in moisture, dirt, and debris from the surface of the glasses. This capillary action enhances the cloth's ability to pick up particles and prevents them from being left behind on the lenses.

Lint-Free Properties: Microfiber materials are inherently lint-free, meaning they do not shed fibers during use. This ensures that the cloth itself does not leave behind lint or fibers on the glasses, resulting in a streak-free and clean finish after cleaning.

Static Electricity: Microfiber materials can develop a slight static charge, which helps attract and trap dust and particles onto the cloth's surface. This static electricity further enhances the cloth's ability to capture debris and prevents it from resettling on the glasses.

High Absorbency: Microfiber cloths have high absorbency, meaning they can quickly absorb moisture and liquids from the surface of the glasses. This helps prevent streaks and water spots, reducing the need for additional wiping and minimizing the chances of leaving behind fiber residue.

High Surface Area Density: Microfiber glasses cleaning cloths have a high-density fiber structure, which means there are a lot of fibers in a small area. This allows the cleaning cloth to cover and clean the lens surface more effectively, reducing the chance of residue.