Air Conditioning Villa Decoration Window Decoration Furniture Home Office Curtain Counter Villa Door Glass Counter Partition Cabinet Villa Curtain Office Curtain Partition Door Glass Door Villa Door & Window Villa Exterior Villa Picture Villa Villa Area Ceramic components for semiconductor equipment have high requirements in terms of material purity, dimensional accuracy, mechanical properties, thermal properties, electrical properties, etc. Silicon carbide ceramics are a class of materials that have been proven in the market to have excellent performance for semiconductor equipment components. FLK has achieved a breakthrough in the manufacturing technology of silicon carbide ceramic components for semiconductor equipment by using additive manufacturing technology. It is a product with high purity, high temperature characterization, high thermal conductivity, high temperature resistance, and excellent friction and wear resistance, and can meet the needs of many application scenarios of ceramic parts for semiconductor equipment. This series of products, with short production cycle, standardized batch, and can achieve a more suitable for the semiconductor industry efficient and high quality production of differentiated structure. Semiconductor,Silicon Carbide 3D Printing,Customized 3D Printing,3D Printing Service Semiconductor Ningbo FLK Technology Co., Ltd. , https://www.flk-global.com
Glass foil gives you a cool and private
Building glass thermal insulation explosion-proof membrane, Beijing Qingliang glass film construction center construction membrane is the use of PET (polyethylene) substrate, leading the use of multi-layer metal sputtering technology and vacuum technology and ion technology and thin film physics, fine chemical technology, so that it has High insulation efficiency, high tension, high elongation, strong resistance to acid and alkali properties. And the natural color is rich, the test results show that: can block 81% of the solar energy; at the outdoor temperature of 38-39, compared with ordinary glass temperature decreased by 3.5 degrees, saving more than 30% of air conditioning power consumption, is a high-tech and energy-saving safety materials. Building Energy Performance Membrane Performance Today's buildings use more glass than ever before. The trend of open floor design, high ceilings, and large-area glass has become the preferred standard. But glass windows are also an annoying waste of energy. It has caused building owners and managers to worry more and more about glaring glare, heat enhancement and high energy consumption. Working in the office or relaxing at home in direct sunlight can lead to tiredness, tired eyes, and distraction. The architectural film is a product that is directly mounted on the inner surface of the window glass. It helps to correct the uneven temperature in the strong sunlight and the back sun, and disperses glare and uncomfortable glare, making the indoor staff more comfortable. jobs. Building glass reduces heat and glare and adds comfort. Working in the office or relaxing at home when in direct sunlight can cause tiredness, tired eyes, and distraction. The architectural film is a product that is directly installed on the inner surface of the window glass. It helps to correct the uneven temperature in the strong sunlight and the back sun, and disperses glare and uncomfortable glare, making the indoor staff more comfortable. higher efficiency. Insulation and Energy Saving Reduce Heating and Cooling Costs The loss of heat in winter through windows not only discomforts people in the building but also increases unnecessary energy costs. The installation of a low emissivity solar control film on the inner surface of ordinary single-layer glass can reduce heat loss by up to 30%. In summer, the architectural membrane can reduce the cooling cost of the building by blocking up to 79% of the solar heat. The architectural film can reflect and absorb most of the solar infrared heat energy and can also reduce the thermal conductivity of the glass. Adhering the architectural film to the inner surface of the window glass can block up to 82% of the solar thermal energy from entering the room, greatly reducing the air conditioning and cooling power consumption. After less than three years of scientific experiment, the film cost can be recovered. Block 99% of UV rays to prevent premature fading The ultraviolet radiation in solar radiation is responsible for the fading of carpets, furniture, art paintings, curtains, and synthetic fabrics, and can cause skin cancer. The architectural glass film allows visible light to enter while blocking up to 99% of harmful UV rays. At the same time it can also reduce the fading caused by visible light from the sun. The addition of a visually pleasing glass film gives the building a new, chic appearance, at a fraction of the cost of other refurbishment and renovation costs, and does not cause the inconvenience of indoor personnel movement. Deep dyed film, semi-reflective or total-reflective film, full of colors and patterns, provides architects with a wide range of design space. Looking from inside to outside, the architectural membrane is pleasant and pleasant, blocking out bright light and no deformation of the scenery; from the outside, the architectural membrane has a harmonious appearance, adding a sense of beauty to the building and enhancing the privacy of the translucent material attached to the inside of your glass window or A single perspective film allows light to penetrate, but it can obscure the eyes peeped by others. There is also a full range of black film and a new series of matte decorative films for interior partitions to produce great results. The safety explosion-proof membrane construction film can increase the glass strength up to 400%, and can effectively prevent glass fragments from hurting people. It is a reliable weapon against earthquakes, hurricanes and outdoor explosions, and can prevent criminals from easily breaking into the window. It is economical, practical, versatile, colorful, decorative, and used for more than 10 years; it has a wide range of applications, new building installations, and a large number of old buildings, doors and windows can be selected; especially suitable for high-rise buildings and homes with severe sun , office buildings, hotels, shops, schools, kindergartens, hospitals, villas, curtain wall glass, building canopy glass, planting greenhouses, bank counters, museums, jewelry stores, art galleries, libraries, gymnasiums, armored cars and other places.