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.
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.
Vacuum ceramic filter is a new type of solid-liquid separation machine which is featured in energy-saving, high efficiency, low production cost, high automation level, smooth operation, low power consumption, low moisture of filter cake, low suspended solid and appears in the 1980s. It¡¯s extensively used for solid-liquid separation in such industries as ore beneficiation, metallurgy, petro-chemicals, paper making, coal, environmental protection and so on. Working principle: under the effects of pressure difference, as the slurry penetrates filter media, particles are blocked at the surface of filter media and filter cake is formed while liquid goes through the media and drained away so as to separate solid from liquid. Vacuum ceramic disc filters are the solid-liquid separation equipment, used to dewater mineral concentrates and Tba
Tgs p/n cfa450/455w (lt450/455w) Dim.(mm) 11.0x8.0x7.0 Frequency 450khz/455khz Main features : 6db bandwidth: G¦2khz to G¦15khz Attenuation: 40 ~ 60db min Insertion loss: 6db max
Ceramic foam filters Arffil ceramic foam filters are characterized as high permeation rate, good strength and thermal shock resistance, stable quality and without loosing impurity in high temperature either in big size or small ppi products. Advantages compared with traditional filtering materials: Thermal and chemical stability in high temperatureücavoiding the chemical reaction with the filtered molten metal. High porosity and good mechanical strength in elevate temperature due to its pure ceramic composite. Full open cell without loosing ceramic particles or powders (snowing) during filtrating. Low head loss, easy operation, energy save. Make metal flow reposeful and avoid the sputtering and backset, this increases the surface quality of the cast, prevent the pore disfigurement and finally lower down the waster rate. Box quantity depends on the filters's dimensions
Ceramic foam filter Ceramic foam filter is developed as a new type molten metal filter to decrease casting flaw in recent years, designed for filtering impurities from liquid metals. With the distributing pores net structure, they are able to increase the surface areas, absorb the sinter, the liquid metal becomes more pure, waster quality problems such as sand pore and air pore are much less, and the cast quality becomes much better. Jintai ceramic foam filter: Material including al2o3, sic, zro2. Shape in square, round, cylinder. Pore size: 8~60ppi Special size is available upon request. Cartons on pallets
Ceramic foam filter (jintai) Ceramic foam filter is developed as a new type molten metal filter to decrease casting flaw in recent years, designed for filtering impurities from liquid metals. With the Distributing pores net structure, they are able to increase the surface areas, absorb the sinter, the liquid metal becomes more pure, waster quality problems such as sand pore And air pore are much less, and the cast quality becomes much better. Jintai ceramic foam filter: Material including al2o3, sic, zro2. Shape in square, round, cylinder. Pore size: 8~60ppi Special size is available upon request. Jintai features: high quality products, competitive price, prompt delivery and professional services. Cartons on pallets
Ceramic foam filter 1. Alumina work at 1100 centigrade degree, apply for aluminium foundry. 2. Zirconia work at 1700 centigrade degree, apply for steel, stainless steel foundry. 3. Silicon carbide work at 1500 centigrade degree, apply for iron, copper, copper alloy foundry. 4. Fused zriconia-alumina work at 1600 centigrade degree, apply for some steel which have lower tem. Requirement. Ceramic foam filter is been made by specific procedures and have peculiar bone-frame holes just like the shape of foam(called three-dimensional connected channel) and myriad eyelets which only been found in big times microscope. Compare to similar ones, our products have many advantages as below: Stable chemical composition Excellent strength Resistant to high temperature Calm down of the turbulent flow of metal nicely Big m2/m3 Superior dimensional tolerances: +0/-2.5 Suggestions: A. Control the melting point satisfactorily. Especially high temperature will destroy it's function. B. Suitable ppi for different casting materials. C. Use the maximum temperature as soon as possibly. D. The pouring highness don't exceed 20cm commonly, and metal liquid don't touch the filtration directly. Standard export packing
Ceramic honeycomb filter Materail: mullite. Mullite ceramic honeycomb filter have straight holes, more strongth compare to ceramic foam filter. Apply to iron, copper, copper, steel, stainless steel foundry. Function: 1. Can remove big oxide, 2. Calm down turbulent laminar flow, 3. Absorb smaller impurities with it's myriad eyelets whicn only been found in microscope Specification: Al2o3: 50% Hole type: square/round/triangle Millihole: 2--3 um Coefficient of thermal expansion: less than 4.0 Refractoriness: 1700 dgree celsius Bending strength at normal temperature Formal size: 50*50*12.5mm, 50*75*12.5mm, 100*75*12.5mm. Size can be changed according your requirements. Standard export packing
Item name:Quartz Crystal Resonator-Tuning Fork Item No: DST310S,410S Type:SMD Dimension: 3.2*1.5mm,4.1*1.5mm Type:SMD Dimension: 3.2*1.5mm,4.1*1.5mm
Item name:crystal filter Size:um-1, um-5 Type:dip Frequency range:10.000~100mhz Dimension:6.9*8.0*3.4mm, 6.9*6.0*3.4mm Packing:dip Dimension:6.9*8.0*3.4mm, 6.9*6.0*3.4mm
Item name:ceramic filter Size:lt455dw series Type:dip Center frequency:455khz Dimension:11.0*7.0*8.0mm Packing:dip Dimension:11.0*7.0*8.0mm
Item name:ceramic filter Size:LTC455DWSeries Type:SMD Frequency:450,455KHz Dimension:11.6*7.5*5.5mm Packing:SMD Dimension:11.6*7.5*5.5mm
Ceramic foam filter used for casting Our products have many advantages such as superior porosity, big m2/m3, high temperature resistance and excellent thermal shock resistance (see detail in technical data), it used in foundry, noise elimination and other industries widely. And especially for the foundry & casting industry. Mechanic deterring: remove big oxide Filtration: filtrate small impurities and oxide Commutated function: calm down turbulent f¦claminar flow Mixed round function: mix the distributaries and confluence flow equality, reduce air bubble Absorbing function: the myriad eyelets which only been found in microscope can absorb smaller impurities, make more excellent metal liquid 31*31*22(cm) wrapped every pieces with soft plastic materials then packed in carton
Ceramic filter slice To metallurgy mainly, cast the trade, this product is more heavily than the surface area, mechanical intensity high, heat-resisting characteristic that assaults , can be strained and get rid of the metal and liquid impurity in casting the products, reduce the air vent of castings, raise the quality of casting, reduce and cast the cost, raise labour productivity. Main technical indicator (1)the utilization ratio increasing 5-10% (2)casting tired intensity increases by 15.5% (4)spend 1300 fire-resistantly
Cff-s is a range of new generation silicon carbide based ceramic foam filters with a consistent, high level performance in terms of metal flow rate and filtration efficiency. Cff-s filters are intended for filtering grey, ductile iron and nonferrous metals at the temperatures up to 1450 â°c. The filters can be placed in the gating system of the mould as well as in combination with exothermic extensions for direct casting/pouring on the filter. They can also be used for continuous non ferrous metal filtering, e.G. Production of copper wires, roads. Features: 1. High strength 2. Excellent corrosion resistance 3. Outstanding thermal shock resistance 4. Available in kinds of shapes, in a variety of pore sizes, e.G.10ppi, 20ppi, etc. Functions: 1. Clean iron castings 2. Fewer inclusions 3. Increased casting yield 4. Cost-savings from reduction in scrap 5. Lower costs for machining of the castings Standard dimensions and technical parameters Dimensions (mm) Pouring rate(kg/s) Filtration capacity(kg) Grey iron Ductile iron Grey iron Ductile iron 40x40x22 4 3 65 32 50x50x22 6 4 100 52 75x50x22 9 6 150 75 75x75x22 14 9 220 100 150x150x22 50 36 900 450 170x150x32 62 42 1020 510 200x170x32 84 56 1400 700 D50x22 5 4 80 40 D60x22 6 5 110 55 Above figures are only for reference .Other special specification could be customized.
Product Introduction For TV/ VCR Part Number Center Frequency(fn) (MHz) 3dB Bandwidth(KHz)min 20dB Bandwidth(KHz)max Insertion Loss(dB)max Spurious Attenuation(dB)min LT4.5MB 4.5 fn±60 530 6 20(4.5+0.8MHz) 20(4.5-1.0MHz) LT5.5MB 5.5 fn±75 550 6 25(5.5±1.0MHz) LT6.0MB 6.0 fn±80 600 6 25(6.0±1.0MHz) LT6.5MB 6.5 fn±80 630 6 25(6.5+1.0MHz) 30(6.5-1.0MHz) Low Spurious In Picture Band Type Part Number CenteFrequency(fn(MHz) 3dBandwidth(KHz)min 20dBandwidth(KHz)max InsertioLoss(dB)max SpuriouAttenuation(dB)min LTSH4.5MCB 4.5 fn±60 600 6 30(0-fn) LTSH5.5MCB 5.5 fn±60 600 6 30(0-fn) LTSH6.0MCB 6.0 fn±60 600 6 30(0-fn) LTSH6.5MCB 6.5 fn±70 650 6 30(0-fn) LTSH4.5MDB 4.5 fn±70 750 6 30(0-fn) LTSH5.5MDB 5.5 fn±80 750 6 30(0-fn) LTSH6.0MDB 6.0 fn±80 750 6 30(0-fn) LTSH6.5MDB 6.5 fn±80 800 6 30(0-fn) High Selectivity Series Part Number CenteFrequency(fn(MHz) 3dBandwidth(KHz)min 20dBandwidth(KHz)max InsertioLoss(dB)max SpuriouAttenuation(dB)min LTT5.5MA 5.5 fn±50 350 9 50(5.5±1.0MHz) LTT5.74MA 5.74 fn±50 350 9 50(5.74±1.0MHz) LTT6.0MA 6.0 fn±50 400 9 50(6.0±1.0MHz) LTT6.5MA 6.5 fn±50 400 9 50(6.5±1.0MHz)