1. Good overall performance, high impact strength, chemical stability, and good electrical properties; 2. It can transmit infrared radiation in the required band; 3. Have the highest possible transmittance; 4. High mechanical strength; 5. Infrared transmittance can reach (88%-94%)
1. Good overall performance, high impact strength, chemical stability, and good electrical properties; 2. It can transmit infrared radiation in the required band; 3. Have the highest possible transmittance; 4. High mechanical strength; 5. Infrared transmittance can reach (88%-94%)
1. Strong penetrability; 2. It can transmit infrared radiation in the required band; 3. The highest possible transmittance; 4. High mechanical strength; 5. The infrared transmittance can reach (88%-94%)
1. Strong penetrability; 2. It can transmit infrared radiation in the required band; 3. The highest possible transmittance; 4. High mechanical strength; 5. The infrared transmittance can reach (88%-94%)
1. High transmittance; 2. High mechanical strength; 3. High transmittance as possible; 4. High hardness; 5. Infrared transmittance can reach (above 94%)
1. High transmittance; 2. High mechanical strength; 3. High transmittance as possible; 4. High hardness; 5. Infrared transmittance can reach (above 94%)
1. High transmittance; 2. High mechanical strength; 3. High transmittance as possible; 4. High hardness; 5. Infrared transmittance can reach (above 94%)
1. High transmittance; 2. High mechanical strength; 3. High transmittance as possible; 4. High hardness; 5. Infrared transmittance can reach (above 94%)
1. High transmittance; 2. High mechanical strength; 3. High transmittance as possible; 4. High hardness; 5. Infrared transmittance can reach (above 94%)
1. High transmittance; 2. High mechanical strength; 3. High transmittance as possible; 4. High hardness; 5. Infrared transmittance can reach (above 94%)