nanoMark Product

TN-052 V&V Standard on nano antibacterial products

(1) The antibacterial rete should be over 99% before abrasion resistance test, brush resistance. (2) After using abrasion resistances test by washing 2000 times/450g/sponge, the antibacterial rate on Staphylococcus aureus and Escherichia coli are over 90%.

TN-008 V&V Standard on anti-smudgy sanitary facilities

The water contact angle is more than 100°. The residual ratio of contaminant is less than less than 1%. The residual ratio of dense-contaminant is less than 1%. After 2000 cycles of scrubbing, the contact angle should be more than 100°, the residual rat

TN-036 V&V Standard on nano silver antibacterial plastictoilet lid

The antibacterial rates on Staphylococcus aureus and Escherichia coli are over 90%.

TN-008 V&V Standard on anti-smudgy sanitary facilities

The water contact angle is more than 100°. The residual ratio of contaminant is less than less than 1%. The residual ratio of dense-contaminant is less than 1%. After 2000 cycles of scrubbing, the contact angle should be more than 100°, the residual rat

TN-008 V&V Standard on anti-smudgy sanitary facilities

The water contact angle is more than 100°. The residual ratio of contaminant is less than less than 1%. The residual ratio of dense-contaminant is less than 1%. After 2000 cycles of scrubbing, the contact angle should be more than 100°, the residual rat

TN-052 V&V Standard on nano antibacterial products

(1) The antibacterial rete should be over 99% before abrasion resistance test, brush resistance. (2) After using abrasion resistances test by washing 2000 times/450g/sponge, the antibacterial rates on Staphylococcus aureus and Escherichia coli are over 90%.

TN-008 V&V Standard on anti-smudgy sanitary facilities

The water contact angle is more than 100°. The residual ratio of contaminant is less than less than 1%. The residual ratio of dense-contaminant is less than 1%. After 2000 cycles of scrubbing, the contact angle should be more than 100°, the residual rat

TN-031 V&V Standard on self-cleaning nano photocatalyst paint

(1) After 3 hours of illumination time, the decomposition activity index is greater than 10 nmol/(L.min). (2)QUV exposure to 500 hours, then after scrubbing resistance for 1000 times, the decomposition activity index is greater than 5 nmol/ (L‧min ).

TN-050 V&V Standard on nano anti-bacterial coating

(1) The antibacterial rete should be over 99% before abrasion resistance test, brush resistance. (2) After washing 200 times, the antibacterial rate is over 90%.

TN-050 V&V Standard on nano anti-bacterial coating

(1) The antibacterial rete should be over 99% before abrasion resistance test, brush resistance. (2) After washing 200 times, the antibacterial rate is over 90%.

TN-031 V&V Standard on self-cleaning nano photocatalyst paint

(1) After 3 hours of illumination time, the decomposition activity index is greater than 10 nmol/(L.min). (2)QUV exposure to 500 hours, then after scrubbing resistance for 1000 times, the decomposition activity index is greater than 5 nmol/ (L‧min ).

TN-031 V&V Standard on self-cleaning nano photocatalyst paint

(1) After 48 hours of illumination time, the critical contact angle is less than 10°. (2) After 3 hours of illumination time, the decomposition activity index is greater than 10 nmol/ (L‧min ).

TN-050 V&V Standard on nano anti-bacterial coating

(1) The antibacterial rete should be over 99% before abrasion resistance test, brush resistance. (2) After washing 200 times, the antibacterial rate is over 90%.

TN-001 V&V Standard on photocatalyst deodorized paints

The particle and composition of the deodorization coating of any 1D average diameter is less than 100nm. The removal rate of the function deodorizing and decomposing the acetaldehyde should be over 70%.

TN-022 V&V Standard on nano mineral far-infrared textile

The emissivity of far infrared is over 0.8, and the emissivity of far infrared is over 0.08 compared to the control sample. The surface temperature difference between test specimen and control specimen is over 0.5℃.

TN-051 V&V Standard on nano antibacterial textiles

The antibacterial rate on Staphylococcus aureus and Escherichia coli are over 99%. After washing 20 times, the antibacterial rate on Staphylococcus aureus and Escherichia coli are over 90%. The PH value of skin irritant is less than 2, and there is no abn

TN-022 V&V Standard on nano mineral far-infrared textile

The emissivity of far infrared is over 0.8, and the emissivity of far infrared is over 0.08 compared to the control sample. The surface temperature difference between test specimen and control specimen is over 0.5℃.

TN-022 V&V Standard on nano mineral far-infrared textile

The emissivity of far infrared is over 0.8, and the emissivity of far infrared is over 0.08 compared to the control sample. The surface temperature difference between test specimen and control specimen is over 0.5℃.

TN-013 V&V Standard on nano-silver anti-bacterial household textile

The antibacterial rates on Staphylococcus aureus and pneumoniae are over 90%.

TN-052 V&V Standard on nano antibacterial products

(1)Befer scrub resistance test the antibacterial rate must be above 99%. (2)After scrub resistance test 200 cycles, the antibacterial rate to be>90%.

TN-034 V&V Standard on nano metal oxide transparentheat insulation film

The light transmittance must be 50% above, IR rejection 75% above, and reflectance 25% below. The accelerated QUV test for 500 hours, variation in light transmittance and IR rejection must be less than 10% of the original product specification.

TN-049 V&V Standard on nano lubricants for wear

(1)The wear mark diameter in the four-ball test reduces by 15%. (2) Extend lubricant lifespan by 25%. (3) After adding the nano AW additive, the total acid value change shall be ≦0.5mg KOH/g. (4) Water content change after adding the nano AW additive sh

TN-019 V&V Standard on nano silver anti-bacterial plastic container

After 520 cycles of scrubbing as determined using the testing methods provided in the specifications, the antibacterial rates on Staphylococcus aureus and Escherichia coli are over 90%. The result of silver-precipitation test should be less than 0.05 ppm.