Bianstone powder usually appears as a fine grayish-white or grayish-black powder with a smooth texture and a certain degree of uniformity. Its particle size can be adjusted according to different processing techniques, generally at the micron level, with some finely processed powders reaching the nanometer level. The powder has moderate density and good dispersibility, allowing it to mix relatively evenly with other materials. It is insoluble in water and common organic solvents and maintains a relatively stable physical state under normal temperature and pressure.

Bianstone powder is chemically stable and does not readily react with air, water, or most common chemicals under normal conditions. However, some of its mineral components can exhibit certain chemical reactivity in specific acidic or alkaline environments and participate in corresponding chemical reactions. For example, calcium in the powder may dissolve in strongly acidic solutions. This chemical nature also allows it to interact with other substances in certain application scenarios.

Infrared Radiation Performance

Bianstone powder can emit infrared radiation, which can release beneficial rays for the human body. The wavelength range of these rays is close to that of the body’s own infrared radiation. When in contact with the human body, they can be well absorbed, thereby helping to promote blood circulation and enhance metabolism. This has a positive significance in health care and wellness.

Ultrasound Pulse Characteristics

Bianstone powder can generate ultrasound pulses at certain frequencies. When in contact with human skin, these pulses can provide subtle physical stimulation to cells and tissues, regulating physiological functions and offering effects such as meridian unblocking and pain relief. This is one of the important reasons for its application in physiotherapy and related fields.

However, if dust is generated during processing and use, protective measures should be taken to prevent excessive inhalation.

Medical and Health Care Fields

Physiotherapy Devices
bianstone powder can be used to make various physiotherapy devices, such as bianstone powder heat packs, therapeutic mattresses, and cushions. By filling these devices with bianstone powder, its infrared radiation and ultrasound pulse properties can be utilized to unblock meridians, promote blood circulation, and relieve pain when in contact with the human body. This can assist in treating chronic diseases like arthritis and cervical spondylosis and is also suitable for daily health care to help people relieve fatigue and relax.
Traditional Chinese Medicine External Treatment
In traditional Chinese medicine external treatment methods, bianstone powder can be mixed with an appropriate medium (such as water or vaseline) to form a paste. This paste can be applied to acupuncture points and meridians to enhance the effects of massage and manipulation, allowing the force to be better transmitted into the body, regulating the functions of internal organs, and achieving disease prevention and treatment.

Beauty and Skin Care Fields

Skincare Additives
When added to skincare products such as masks, creams, and lotions, bianstone powder can promote blood circulation in the skin and enhance the metabolism of skin cells through its infrared radiation properties. This helps to make the skin firmer and more radiant. It also aids in the absorption of nutrients from skincare products, improving their effectiveness. It can be beneficial in addressing issues such as dull and dry skin.
Beauty Tools
Bianstone powder can be made into beauty tools like beauty rollers and cleansing puffs. When used, the infrared radiation and ultrasound pulses released upon contact with the skin can stimulate it, providing effects such as pore cleansing and skin tightening, adding new methods to beauty and skincare routines.

Wellness Products Fields

Wellness Clothing
Bianstone powder can be incorporated into textile fibers to produce wellness clothing items such as undergarments, socks, and knee pads. These items can continuously exert beneficial effects on the corresponding parts of the body during wear, such as promoting local blood circulation and regulating bodily functions. This offers a daily wellness and health care option, especially suitable for people with weaker constitutions or those who are prone to fatigue.
Wellness Jewelry
Bianstone powder can be made into jewelry such as bracelets, necklaces, and earrings. When worn, the powder’s proximity to the skin can help regulate the body’s energy flow, serving a health care purpose while also being decorative. It is popular among those who value a healthy lifestyle.

Building Materials and Home Fields

Interior Wall Paint
When added to interior wall paint, bianstone powder can continuously release beneficial infrared radiation after the paint is applied to the walls. This helps to regulate the indoor microenvironment, creating a more comfortable and healthy living space. It may also positively impact indoor humidity and air quality, enhancing the overall living experience.
Flooring Materials
Bianstone powder can be used in the production of flooring materials such as wooden floors, giving the floors certain wellness properties. When people walk on the floor, contact with the floor can provide benefits such as promoting blood circulation in the feet and adding a healthy element to home life.

Agricultural Fields

Soil Improvement
Bianstone powder can be used as a special soil conditioner to be added to the soil. The rich mineral elements it contains can replenish nutrients in the soil, improve soil fertility structure, and promote the absorption of nutrients by plant roots. It is particularly suitable for improving soils lacking trace elements, helping to increase crop yield and quality.
Plant Growth Promotion
When mixed with water and sprayed on plant leaves or watered at the roots in the cultivation of flowers, vegetables, and other plants, bianstone powder can enhance photosynthesis and stress resistance in plants through its stimulating effects on plant cells and provision of nutrients. This helps plants grow stronger and has potential application value in agricultural production and horticulture.