Bamboo Charcoal Knee Pads Bamboo Charcoal Fiber Knee Pads Elastic Elastic Knee Pads Moisture Absorption And Cold Protection Ankle Joints

Product Description

Product Parameters

Product Name: Bamboo Charcoal Knee Pads

Product material: bamboo charcoal fiber, acrylic, nylon, rubber

Product main color: gray

Product size: length 26cm, thickness 2-3mm

Product width: 15cm top, 13cm down

Telescopic range: 26-44cm

Product weight: 55 grams

Product Features

The charcoal fiber knee pads made of pure natural bamboo charcoal use the far-infrared effect of bamboo charcoal to warm the knee joint, enhance the blood circulation of the affected area, and eliminate soreness. At the same time, the bamboo charcoal has strong air permeability and excellent adsorption function, which is moisture absorption and cold protection. Ideal for ankle care.

Super adsorption capacity: The adsorption capacity of bamboo charcoal is more than 5 times that of charcoal, and it can absorb, decompose and deodorize harmful substances and dust such as formaldehyde, benzene, toluene, and ammonia. For example, the ammonia removal rate of ordinary viscose fiber is only 17.4%, while the ammonia removal rate of bamboo charcoal fiber reaches 54%.

Heat storage and warmth retention: It can store heat and keep warm, and the temperature rises faster than ordinary cotton fabrics. Humidity control, to achieve the effect of dehumidification and drying: High balance moisture regain and water retention rate, endow the bamboo charcoal fiber with the ability to control humidity.

Instructions

Dry once a month to maintain product efficacy; do not machine wash or dry clean, hand wash is better.

Introduction of Bamboo Charcoal Fiber

Bamboo charcoal fiber is bamboo charcoal fired by high-temperature carbonization technology, micronized by nanotechnology, and then uniformly blended into the synthetic fiber through the melt spinning process. It is like a tube, like a vacuum smouldering beaker, which generally has a good heat preservation and constant temperature effect.