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...,customized Ge optical lens Germanium substrates Application: germanium wafer used in production of semiconductor device, infrared ray optical device, sinking material of solar cell. Main Property Terms Prod...
...,customized Ge optical lens Germanium substrates Application: germanium wafer used in production of semiconductor device, infrared ray optical device, sinking material of solar cell. Main Property Terms Prod...
... Crystals Wafers,Ge optical plates Germanium substrates Application: germanium wafer used in production of semiconductor device, infrared ray optical device, sinking material of solar cell. Main Property Ter...
...,customized Ge optical lens Germanium substrates Application: germanium wafer used in production of semiconductor device, infrared ray optical device, sinking material of solar cell. Main Property Terms Prod...
... Ge substrate Germanium Wafers Germanium substrates Application: germanium wafer used in production of semiconductor device, infrared ray optical device, sinking material of solar cell. Main Property Terms P...
Stainless Steel Commercial Bakery Kitchen Equipment Gas Two Deck Two Trays Oven Description: Our double deck two layer gas oven,it is based on the advanced technology of far infrared ray.Adopt durable stainless...
... deck two trays microcomputer electric bakery oven,it is based on the advanced technology of far infrared ray.The temperature of each deck can be controlled independently.Efficient heating tube, fast heating...
...UV resistance and heat insulation. They block 99% of harmful UV rays, preventing paint fading and interior dashboard cracking. Additionally, some premium films can reject up to 50% of infrared heat, reducing...
...aspects. In terms of functionality, some are designed mainly for heat insulation, using advanced coatings to block infrared rays and reduce indoor heat. Others focus on UV protection, safeguarding furniture ...
... aluminum or silver) have excellent reflective properties. When sunlight hits the film, the micro - metals reflect a large amount of solar radiant heat (infrared rays), preventing it from penetrating into th...
...automotive heat insulation film lies in its efficient blocking of solar heat. By reflecting and absorbing infrared rays, it significantly reduces the interior temperature of the vehicle, improves air conditi...
... harsh, scorching sunlight into a soft, comfortable in-car environment. Specifically, it effectively blocks infrared and ultraviolet rays from sunlight, significantly reducing interior temperature in summer,...
.... Unlike traditional metallic films that block GPS and radio signals, it preserves full connectivity while rejecting up to 99% of harmful UV rays and 70–80% of infrared heat. This cuts cabin temperatures sig...
WHAT IS NANO CERAMIC WINDOW TINT? Nano-ceramic window film is an advanced heat insulation product. Using nano-ceramic particles, it can block more than 90% of infrared rays, with heat insulation efficiency far ...
WHAT IS NANO CERAMIC WINDOW TINT? Nano-ceramic window film boasts advanced technology and superior performance, effectively blocking strong ultraviolet and infrared rays from sunlight, reducing the rise in inte...
... tint is a top-quality window film. It uses tiny ceramic particles to block up to 99% of UV rays and reduce infrared heat. It is very strong, you can see through it very well and it will not stop your car...
... harsh, scorching sunlight into a soft, comfortable in-car environment. Specifically, it effectively blocks infrared and ultraviolet rays from sunlight, significantly reducing interior temperature in summer,...
... harsh, scorching sunlight into a soft, comfortable in-car environment. Specifically, it effectively blocks infrared and ultraviolet rays from sunlight, significantly reducing interior temperature in summer,...
... harsh, scorching sunlight into a soft, comfortable in-car environment. Specifically, it effectively blocks infrared and ultraviolet rays from sunlight, significantly reducing interior temperature in summer,...
... function, makes the detection more accurate and reliable. 3. With temperature compensation, this is able to realize gas concentration compensation under conditions of different temperatures. 4. Infrared ray...