Stainless steel fibers can enhance material strength

Stainless steel fibers can be widely used in concrete and refractory materials to enhance the strength of materials. Due to their high temperature resistance and compressive strength, the material exhibits superior performance, and is not easy to detach or fracture, while also increasing its impact resistance.

Thermal conductivity of stainless steel fiber fabrics

Due to the softness of stainless steel fibers, they can be woven into metal fabrics or other shapes of fabrics.

Stainless steel fiber fabric also exhibits good thermal conductivity and can withstand high temperatures of 1350 ℃ in high-temperature environments, especially in tempered glass production applications. Other high-temperature items can be effectively carried on stainless steel fiber fabric, and there is no need to worry about high temperature damage to other equipment.

Stainless steel fiber fabrics also have the function of conducting static electricity, and are often used in factories or machinery to solve static electricity problems and reduce the impact of static electricity on the environment and equipment.

Other characteristics

Stainless steel fibers have the characteristics of wear resistance, high temperature resistance, oxidation resistance, corrosion resistance, and easy conductivity, making them widely used in aerospace, military and industrial production, and other metal fabrics.

With the continuous improvement of people's living standards, more and more people are aware of the benefits brought by silver fiber clothing.

Silver fiber not only has the function of balancing body temperature, but more importantly, silver fiber fabric can also effectively shield various radiation brought by the surrounding environment, such as mobile phones, 5G signal towers, WIFI, household appliances, subway transportation, power transmission, radio, and other signal radiation.

After being processed by new technologies, it can be made into various wearing clothes, which can solve these problems and prevent people from being affected by these disturbances when traveling, thus protecting their physical functions. Especially for men's sexual function, pregnant women and children can be well protected.

Silver fiber clothing also has antibacterial and deodorizing functions, making it less prone to bacterial growth and protecting the human body from bacterial damage.

There is no difference in comfort compared to regular clothing, so people are increasingly fond of silver fiber clothing.

There are many electromagnetic radiation around us that can damage our electronic products or equipment to varying degrees, so we have produced metal shielding cages that can effectively prevent these electromagnetic waves.  When the equipment or electronic products are covered, they can operate smoothly and extend their service life.  Some electronic products and devices also generate electromagnetic radiation outward, which can have an impact on the surrounding environment and other devices, and even cause harm to the human body.  Therefore, this metal cage also serves as an isolation for the outward diffusion of electromagnetic radiation.  It is the Faraday cage.

Working principle:

Eliminating external electromagnetic interference equipment also prevents internal equipment or electronic components from spreading electromagnetic radiation and radio frequency radiation outward.

At the same time, it also has a certain grounding effect, which can guide the static electricity generated in the environment into the ground, extending the lifespan of equipment and electronic products.

Protective equipment for high-voltage line maintenance workers:

In high-voltage line environments, the protective clothing worn by maintenance workers also plays a role in shielding electromagnetic radiation, which can also be understood as a type of Faraday cage. However, the production process and materials used for this clothing are different from those of metal cages.

MRI imaging:

Faraday cages are also used in medical settings, and many imaging devices generate electromagnetic radiation to interfere with surrounding equipment, causing harm to personnel's bodies. With Faraday cages, there is no need to worry about inaccurate data or physical harm.

In fact, the environment we are in requires Faraday cages to protect, such as household appliances, WIFI, electricity meters, and other devices, to prevent them from releasing electromagnetic radiation that can harm the body and prevent external EMI from affecting these devices.

With the progress of modern industry, we cannot refuse the convenience brought by the use of electronic and mechanical equipment, as well as electricity. However, these applications constantly generate electromagnetic radiation, interfere with our bodies, and cause harm to us, especially during rest time when our body functions cannot be fully restored. So the introduction of EMF tents effectively solved this problem.

When outdoors, we cannot refuse the 5G radiation and other signal source radiation from outside, as they can cause damage to our immune system, cause imbalance in body functions, and lead to various discomfort.

Especially with the increasing work pressure, many people suffer from insomnia. However, people are unaware that these electromagnetic radiation are also an important cause of insomnia. People spend nearly half of their lives at home or in bed, so it is necessary to equip tents that can shield radiation to make us healthier.

The emergence of EMF shielding tents in 1836 drew inspiration from the principles of Faraday cages, using silver fiber textile technology to make fabrics and sewn into tents of various sizes. It has the advantages of convenient carrying, easy storage, easy cleaning, light weight, and effective prevention of electromagnetic wave radiation interference. With the development of various products, various wearable fabrics and clothing have emerged, effectively protecting people from EMF interference.

Because electromagnetic radiation is neither visible nor tangible, and cannot be refused, we must bring an EMF shielding tent when resting or going on vacation because it is a good protective tool and also protects the health of your family.

In people's daily lives, there are often many sources of electromagnetic radiation and interference generated by the operation of mechanical equipment, as well as static electricity generated by equipment and the environment, which need to be addressed.

Grounding can be applied to fields such as human health, healthcare, communication, signal towers, mechanical equipment, and production lines.

There are many types of grounding products, including wearable and industrial applications, which can protect the human body from harm and ensure the normal operation of these application scenarios.

1. Improve body function

2. Extending people's lifespan

3. Relieve physical discomfort

4. Improve rehabilitation speed

5. Improve blood flow and blood pressure

6. Balance body cells

7. Ensure smooth operation of equipment

8. Reduce the defect rate of industrial products

9. Prevent the device from discharging outwards

10. Leakage protection