808 diode laser, nd yag laser, co2 laser, hifu, cryolipolysis, hydra peel, cavitation.
Candle, candle holder, glassware, furniture, soccer goods, solar charger, solar light.
IPL SHR machine, 808nm diode laser machine, hifu machine, fractional Co2 laser machine, ND yag tattoo removal machine.
Vacuum equipment, laboratory instruments, vacuum pump, vacuum line/cable.
Bags, backpacks, dental and medical disposables, electric devices and parts, including monitors and led lights, nodulizers, inoculant, cored wires, ferro silicon products and nickel magnesium alloy, lab instruments and equipment, including uv, aa, co2 incubators, low temp freezer, centrifuges, electronic balances, shakers, water baths, microscopes; bbq stove and agricultural and teaching equipment.
Operating Principle By utilizing the production technology of our patent, the filtering plate consisting of two pieces of cavity-structures which is produced mainly by using corundum-based material. The process include raw-material classification, cleaning & selecting, mixing, high-accuracy molding through die stamping, stage-wise high-temperature roasting, repetitious painting of function layer, cleaning & choosing, finalizing gluing, performance testing, packing and placing in storehouse. Repetitious roasting and layer-after-layer painting are adopted. Thus, the arrangement of pores (interior is big, exterior is small) is clear; The resistance at restoring of filtering plate's function is small; The cleaning of filtering plate is easy; The surface layer is of high strength and wear-resistant. The two pieces of cavity-structures are glued together using epoxy glue imported. The gluing is of high strength and is corrosion-resistant & wear-resistant. Features and Applications The ceramic filtering plates produced by our plant have been proved as successful in many beneficiation plants treating ores of copper, lead, zinc, iron, silver, sulfur, gold etc. The filtering plates are of high strength, easy to be cleaned for restoring of plate function. The maximum pressure for reverse cleaning reaches 0.3MPa that increases the performance of reverse cleaning & combined cleaning and raises remarkably the operation indexes of the filter. The service life of the filter exceeds 2 years that saves the investment & operation cost of customer.
Operating principle Driven by the main shaft, the filtering plate rotates to the direction of scraper. Under effect of vacuum system (vacuum pump, filtrate tank, distributor and relevant pipes), the filtering plate below slurry level absorbs the slurry while the filtering plate from slurry level to scraper makes the material (absorbed on it) dry. The filtrate goes into filtrate tank where from it is drained through discharge system (filtrate pump and relevant pipes). When the filtering plate reaches the position of scraper, the cake is taken off by scraper and then given through discharge chute onto conveying belt. After discharge of material, the filtering plate is cleaned in the way of reverse flowing (cleaning takes place once after each circle of rotation). So a few of residue caused by clearance between filtering plate and scraper is cleaned out, and the function of filtering plate is restored during operation. After certain time (normally, 7 hours), it is necessary to clean the filtering plate by means of detergent (normally, it is nitric acid depending on characteristics of material) and ultrasonic. So the materials & foreign matters stopped in pores of filtering plate or absorbed on surface of filtering plate are cleaned out, and the function of filtering plate is restored during operation. The ceramic filter adopts PLC full-automatic control system. Both full-automatic operation and manual operation are possible to provide flexibility & convenience. Features and Applications Compared with traditional filters, it is featured in energy saving, high efficency, low production cost, high automation level, low power consumption, low moisture of filter cake. More importantly, the low suspended solids in filterate enables the ceramic filter easily meet the discharge standards, and customers can use it as circulation water without discharge it outside. It is extensively used for solid liquid separation in such industries as ore beneficiation, metallurgy, chemicals, paper making, coal, environmental protection and so on.
General Information: CMAX Ceramic fiber blanket is made from high quality Gao-ling clay, high purity alumina and silica oxides by spun or blown process. It is asbestos free. No chemical binder is added. Double-size needling provides blanket with great tensile or handling strength for easy installation. Blankets are available in various classified temperature from 1260º C to 1430º C. CMAX ceramic fiber blanket is resistant to most chemicals attack except hydrofluoric Phosphoric acid and high pH alkali(Na2O or K2O). Its thermal and physical properties can not be affected by oil, steam and water. Advantages: Heat reflectance Light weight Low thermal conductivity Low heat storage Flexible Resilient to thermal stock High tensile strength Corrosion resistance Easy to install Asbestos free. Application: Petrochemical process heater refractory fiber lining Heat treating furnace or intermittent (shuttle) kiln hot face lining General furnace backup insulation Heat seals for kiln car or furnace door Electrical insulator High temperature acoustic Fire protection. Non-standard sizes are available upon request. This information, subject to change, is offered solely for your consideration. Users of our products should make their own tests to determine the suitability of each product for their particular purposes. 13x610x14400mm 25x610x7200mm 50x610x3600mm
GENERAL INFORMATION: CMAX ceramic fiber boards are manufactured in a wet vacuum forming process by blending the chopped ceramic fiber with inorganic or organic binders for excellent abrasive resistance at high temperature. CMAX ceramic fiber boards feature low thermal conductivity, high thermal stability and excellent thermal shock resistance. The products are classified as STD, HP, HA and HZ respectively corresponding to different maximum service temperature 1000ºC, 1100ºC, 1200ºC and 1350ºC. Advantages: Low heat storage Low thermal conductivity Excellent abrasive resistance Excellent thermal shock resistance Excellent chemical stability Even density and thickness APPLICATION: Hot air duct lining Shuttle kiln with high gas velocity Laboratory furnace Kiln car insulation Die-cut high temperature seal Based on order, special sizes are available. This information, subject to change, is offered solely for your consideration. Users of our products should make their own tests to determine the suitability of each product for their particular purposes. Nothing contained in this brochure is to be understood as authorization or recommendation to use our products in the infringement of ant patent. 25X600X1000 50X600X1000
GENERAL INFORMATION: Fireclay bricks are made from clinker clay by mixing, forming, drying, sintering and machining. The Al2O3 content ranges from 36% to 42%. Fireclay bricks feature stable mechanical strength and good thermal shock resistance, withstanding high temperature up to 1750. They are commonly applied as refractory lining directly exposed to heat or backup insulation layer in all kinds of industrial kiln or laboratory furnace. ADVANTAGES: Low thermal conductivity High refractoriness High mechanical strength Excellent thermal shock resistance Non standard sizes and shapes are available upon request APPLICATIONS: Petrochemical process heater Heat treatment furnace Ceramic firing kiln Cement rotary kiln Glass melting tank Backup insulation TECHNICAL DATA: ITEM: ZGN42 GN42 RN42 RN40 RN36 Al2O3 ≥%: 42 42 42 40 36 Fe2O3 ≤%: 1.6 1.7 - - - C.C.S. Mpa≥: 58.8 49 29.4 24.5 19.6 Refractoriness≥ºC: 1750 1750 1750 1730 1690 Permanent Linear Change ≤% 1350ºC x 2hrs: - - - 0~-0.3 0~-0.5 1450ºC x 3hrs: 0~-0.2 0~-0.3 0~-0.4(x 2hrs) - - Refractoriness under Load(0.2 Mpa)≥: 1450 1430 1400 1350 1300 Apparent Porosity ≤%: 15 16 24 24 26 Note: 1) ZGN42 and GN42 are used in blast furnace. 2) RN42, RN 40 and RN 36 are used in hot blast stove. 3) Fireclay bricks can be designed and manufactured upon customers requirements. 230X114X65mm 230x114x76mm
Honeycomb ceramic Trend aofu honeycomb ceramic has excellent properties as low coefficient of thermal expansion, high specific surface area, great thermal stability, resistance to acid and alkali etc, which are applicable to extensive industrial process. Trend series of new material honeycomb ceramic products take the key part in environment protecting industry, which includes industrial exhaust gas, waste water, incinerators, rto, rco etc. At the same time, it is the optimal material of heat exchanger, gas stove etc. Trend exported honeycomb ceramic to many countries such as usa, japan, german, korea, indiaíasingapore etc. And all get the excellent performance. Application: Heat storage and exchange system in metallurgy, chemical industry, construction material. Industrial waste gases treatment Nox reduction system for flue gas in electricity plant. Exhaust cleaning system of waste incinerators. Noxious gas purifying in chemical industry and mining. Extruded ceramic filter for foundry industry. Catalyst supports. Catalytic converter substrate. Column packing in chemical industry. Material: Mullite, cordierite, alumina, zirconia, aluminium titanate, silicon carbide, titania, spodumene, stoneware and so on. Shape of holes Square, circle, rectangle, triangle, rhombus, hexagon.
Ceramic jar
Industry honeycomb ceramic.
Ceramic foam filter.
Ceramic fiber products and glass fiber products.
Vacuum ceramic filters.
Ceramic handicraft, figurines.
Ceramic fiber blanket, bio-soluble fiber blanket.
Ceramic fiber.
Ceramic pellet, sinter machinery, sinter machine.
