Appliance cookware
Innovative materials and technologies provide consumers with aesthetically comfortable and durable experience.
Waterborne fluorine resin non-stick coating
- Non stick oil control
- Corrosion resistance>24 hours
3000cycles
wear resistance
Test method/Reference：PFL-CTS-01-12
Use 30N/21cm² wear-resistant pad (3M-7447B) and do wet milling with 5% detergent. If there are grinding marks which are exceeded to 1mm or 5 linear grinding marks with a length that longer than 2mm on the surface of the non-stick coating, the experiment shall be stopped.
150cycles
Dishwasher testing
Test method/Reference：PFL-CTS-01-30
Use 70 grams of detergent/ washing powder and set machine at 70 ℃ for 120 minutes for one work cycle. After 150 cycles, there is no peeling or bubbles in the coating.
＞24h
corrosion resistance
Test method/reference: PFL-CTS-01-16
Use 10% mass fraction of salt water and keep slightly boiling for 24 hours. The coating should be free of defects such as bubbles and peeling.
High temperature resistant silicone non stick coating
- High hardness 3H
- Corrosion resistance for 4 hours
- Suitable for various substrates (phosphated iron, aluminized iron, galvanized sheet, aluminum)
2000cycles
wear resistance
Test method/Reference：PFL-CTS-01-12
Use 30N/21cm² wear-resistant pad (3M-7447B) and do wet milling with 5% detergent. If there are grinding marks which are exceeded to 1mm or 5 linear grinding marks with a length that longer than 2mm on the surface of the non-stick coating, the experiment shall be stopped.
3h（750g Zhonghua Signature Pen）
hardness
Test method/Reference：PFL-CTS-01-11
Use Zhonghua pencil and push 750g pencil hardness tester at least 7mm, the hardness of the first pencil that has not scratched the coating is the test result.
＞4h（5%acet-）
corrosion resistance
Test method/Reference：PFL-CTS-01-16
Use 10% mass fraction of salt water and keep slightly boiling for 24 hours. The coating should be free of defects such as bubbles and peeling.
PREMIU Mnonstick coating
- PEEK——“Heat gathering function “, braised fragrant rice
- Special protective material – Ultimate scratch resistance
- 4000 pots, 4x strengthened
150h
Test for cooking soy sauce：
Test method/Reference：
Use the proportion of water：soy sauce：salt=100：7：3 and heat the sample continuously for 150 hours and observe the surface coating for defects such as bubbles and erosion.
10000cycles
Wear resistance
Test method/Reference：PFL-CTS-01-12
Use 30N/21cm² wear-resistant pad (3M-7447B) and do wet milling with 5% detergent. If there are grinding marks which are exceeded to 1mm or 5 linear grinding marks with a length that longer than 2mm on the surface of the non-stick coating, the experiment shall be stopped.
＞60min
Tiger’s claw test：
Test method/Reference：PFL-CTS-01-17
Use PARKER ballpoint pen refill (115mm, diameter 0.5mm) with a load of 400g and make the temperature of substrate to 200 ± 10 ℃. Record the time when the coating is scratched and the substrate is exposed.
4000times
Simulated cooking test:
Test method/Reference：PFL-CTS-01-33
Simulate normal cooking using rice from Northeast China. After cooking, keep it warm for 10 minutes, then invert the inner container and record the number of spots of peelings from the surface oil coating.
Waterborne fluorine resin non-stick coating
- Unique hard material, tested 5000 times with tiger claws
- Thermal hardness 3H, no softening at high temperatures
- 120-250 ℃ high temperature durable non stick
5000cycles
Wear resistance
Test method/Reference：PFL-CTS-01-12
Use 30N/21cm² wear-resistant pad (3M-7447B) and do wet milling with 5% detergent. If there are grinding marks which are exceeded to 1mm or 5 linear grinding marks with a length that longer than 2mm on the surface of the non-stick coating, the experiment shall be stopped.
5000cycles
Tiger’s claw test
Test method/Reference：PFL-CTS-01-17
Use PARKER ballpoint pen refill (115mm, diameter 0.5mm) with a load of 400g and make the temperature of substrate to 200 ± 10 ℃. Record the time when the coating is scratched and the substrate is exposed.
＞3H（加热200℃）
Hot hardness
Test method/Reference：PFL-CTS-01-17
Use PARKER ballpoint pen refill (115mm, diameter 0.5mm) with a load of 400g and heat the temperature of substrate to 200 ± 10 ℃. Record the time when the coating is scratched and the substrate is exposed.
Inorganic nano ceramic coatings
- Inorganic materials are sturdy and durable, with a hardness of 6H
- Ceramic strengthening, wear-resistant 8000 times
- Nanosol gel technology, temperature resistance 300 ° C
＞6H（heat 200℃）
Hot hardness
Test method/Reference：PFL-CTS-01-11
Heat the coating to 200℃ and use Zhonghua pencil to push 25mm, the hardness of the first pencil that has not scratched the coating is the test result.
8000cycles
Wear resistance
Test method/Reference：PFL-CTS-01-12
Use 30N/21 cm² wear-resistant pad (3M-7447B) and do wet milling with 5% detergent. If there are grinding marks which are exceeded to 1mm or 5 linear grinding marks with a length that longer than 2mm on the surface of the non-stick coating, the experiment shall be stopped.
300℃
emperature resistance
Waterborne fluorine resin non-stick coating
- PTFE Non stick and easy to clean
- High temperature resistance, suitable for frying and roasting
- Corrosion and steam resistant, suitable for stewing, steaming, and boiling
- Dishwasher 150 cycles
150cycles
Dishwasher testing
Test method/Reference：PFL-CTS-01-30
Use 70 grams of detergent/ washing powder and set machine at 70 ℃ for 120 minutes for one work cycle. After 150 cycles, there is no peeling or bubbles in the coating.
48h
corrosion resistance
Test method/Reference：PFL-CTS-01-16
Use 10% mass fraction of salt water and keep slightly boiling for 24 hours. The coating should be free of defects such as bubbles and peeling.
5000cycles
wear resistance
Test method/Reference：PFL-CTS-01-12
Use 30N/21 cm² wear-resistant pad (3M-7447B) and do wet milling with 5% detergent. If there are grinding marks which are exceeded to 1mm or 5 linear grinding marks with a length that longer than 2mm on the surface of the non-stick coating, the experiment shall be stopped.
PFLUON Industrial coatings
PFLUON industrial coating products use high-performance materials. When the coating is used in high load conditions, the substrate has sufficient hardness and yield strength, corrosion resistance, high hardness and low friction performance, high coating bonding strength, and long-term wear protection, suitable for protection and repair under various working conditions.
