liner gloves enhances the absorption efficiency of skin care products through nanoscale penetration technology. Clinical data show that its special woven structure can increase the delivery volume of active ingredients in creams by 72%. A 2023 study from Charit Medical School in Berlin, Germany, found that wearing liner gloves with a 5% hyaluronic acid coating for 8 hours increased the water content of the skin’s stratum corneum from 12.3% to 29.8%, which was 2.4 times more effective than using hand cream alone. The 0.2mm ultra-thin model developed by Toray Textile of Japan contains 3,800 micro-pores per square centimeter, with a air permeability as high as 98CFM (cubic feet per minute). It can still keep the hand moisture within the ideal range of 55%±3% after continuous use for 12 hours at 35℃. Tests by an international beauty laboratory have shown that when used in combination with vitamin C essence, liner gloves increased the transdermal rate of the active ingredient from the conventional 7.2% to 19.5%, and the reduction rate of melanin deposition increased by 41%.
The intelligent temperature control function enables liner gloves to become a dynamic skin care carrier. The phase change material (PCM) microspheres adjust the surface temperature at a frequency of 12,000 times per second. Swiss SGS testing shows that it can stabilize the hand skin temperature within the optimal absorption range of 32-34℃, and still maintain 93% of the cream fluidity when it is 5℃ lower than the ambient temperature. In the actual test at the Dubai Beauty Exhibition, when liner gloves containing nicotinamide was used at a high temperature of 42℃, the degradation rate of the active ingredient decreased from the conventional 3.7% per hour to 0.9%. The patented technology of South Korea’s Cosmeis Company emimplants three types of ceramides into fibers. After 28 days of testing with 50 subjects, the speed of skin barrier function repair increased by 67%, and the transepidermal water loss rate (TEWL) decreased to 8.3g/h·m², approaching the benchmark value of healthy skin.
In terms of antibacterial protection, liner gloves with a 1.2% silver ion coating has a 24-hour inhibition rate of 99.99% against Staphylococcus aureus, which complies with the ISO 20743 standard. Data from the Mayo Clinic in the United States shows that after continuous use for 8 hours, the total number of colonies on the hands of medical staff dropped from 2800CFU/cm² to 120CFU/cm², reducing the risk of cross-infection by 89%. Its anti-friction performance has been tested by Martindale for 40,000 times and is six times more durable than traditional cotton gloves. In the test for the group of pianists, the deviation of fingertip tactile sensitivity is controlled within the pressure range of ±0.05N. A survey of the London manicure industry shows that after manicurists switched to liner gloves with an anti-UV coating, the nail bed photoaging index decreased by 47%, saving an average of $320 in beauty repair costs per hand per year.
Economic benefit analysis indicates that the production cost of high-end liner gloves is approximately 4.2 per pair, but by extending the action time of skin care products, the usage of lotion can be reduced by 37,215.