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Flat Sheet Ceramic Membrane
The flat plate membrane is a new type of high temperature plate porous ceramic membrane, which is prepared by high temperature sintering process using inorganic materials such as alumina. Our Ceramic flat sheet membrane can offer exceptional efficiency and durability compared with the organic film. Ceramic flat membrane produced by one of professional flat sheet membrane manufacturers in China has the advantages of good chemical stability, good reliability, long service life and strong anti-pollution ability.

Advantages of Flat Sheet Ceramic Membrane
Long life and no degradation
Strong resistance to acid, alkali and to organic solvent; Suitable for all kinds of wastewater containing solvents and chemicals
Strong hydrophilic and better anti- pollution property
Better Mechanical properties, no broken wires phenomenon of hollow fiber membrane
Easy to wash lower cleaning frequency, suitable for all kinds of membrane cleaning methods
Low operating cost and energy saving

Flat Sheet Ceramic Membrane Specification
Length (mm) 500-1100
Width (mm) 110, 150, 250
Thickness (mmï¼? 3, 6
Area (m2) 0.5
Membrane material Al2O3, ZrO2, TiO2
Pore diameter (�¼m) 0.1
Pure water flux (m3/m2.h) 0.5-1.0
pH 0-14
Breaking strength (MPa) 40

Ceramic Flat Sheet Membrane Application Area
Membrane Bioreactor (MBR)
Industrial wastewater treatment (e.g. paper mill wastewater treatment)
Seawater desalination pretreatment
Municipal wastewater treatment
Domestic sewage treatment
Hospital wastewater treatment
Landfill leachate treatment
Pretreatment of RO system

Pervaporation membranes can be classified into organic and inorganic membranes. NaA zeolite membrane, as an inorganic membrane, has well-defined zeolitic pores with high hydrophilicity. The pore size of NaA zeolite membrane is 0.42 nm, which is larger than water molecule (~ 2.9 A) and less than most of organic molecular diameters. Therefore, the membrane shows excellent permselectivity and flux for separation of water from organics. Compared to organic membranes, the zeolite membranes have several advantages including higher permeation flux, higher separation factor and better thermal/chemical stability.

During the separation process, the feed solvent is introduced to the feed side of the membrane, and the H2O is removed from the permeate side. The low pressure of the permeate side is maintained by the use of a vacuum pump. Water molecules are preferentially adsorbed on the surface of the membrane, and then permeate through NaA zeolite membrane layer. The driving force of the process is the difference in the partial pressures of water across the membrane. In the feed side, the dehydrated product can be achieved on the retentateï¼?and the H2O in the permeate side is condensed and drained.

Pervaporation process
The pervaporation process is not limited to the gas/liquid equilibrium of the solvent. It can achieve high-purity solvent with low energy consumption, and separate solvents which are difficult to be achieved by traditional separation methods such as distillation, extraction and adsorption. It has obvious advantages for separation of azeotropic or close azeotropic mixtures and dehydration of solvents with minor or trace water, which is a promising technology for substitution of traditional separation technologies. It has a promising application in energy, petrochemical industry, biological medicine, electronics, environmental protection and other fields.

Ceramic Balls : We are the pioneers in manufacturing high-grade Common Ceramic Balls used as a grinding medium in the ceramic industry. They are highly strong and non-reactive to acids and alkali. The products have been made with good quality ingredients. We are well equipped for handling bulk orders and are prompt with deliveries.

H i g h - p u r i t y a l u m i n a & z i r c o n i a c r u c i b l e , s p e c i fi c a t i o n s : 5 m l , 1 0 m l , 1 5 m l , 2 0 m l , 2 5 m l , 3 0 m l , 5 0 m l ,

1 0 0 m l , 1 5 0 m l , 2 0 0 m l - 5 0 0 0 m l .

T h e d i m e n s i o n s c a n b e c u s t o m i z e d .

Alumina crucibles engineered for broad applications, repeatable performance and a service limit of

1800° c in vacuum or oxidizing atmospheres . With configurations to suit your particular needs. Ideal for induction melting of superalloy metals, in vacuum or oxidizing atmospheres. Markets served include: aerospace, crystal growing, dental, mining, pharmaceutical, power generation, medical, precious metals and the processing of zircon.

Description: Ceramic grade tools are typically classified into three general categories: oxide, nitride, and matrix ceramics.
Oxide ceramics are alumina-based and are generally used in roughing and finishing applications of the cast and gray irons. Increasingly, oxide ceramics are being used in dry machining applications at high speeds. This is due to the advancements within materials science, including the incorporation of whisker-based materials.
Nitride ceramics exhibit extremely high fracture toughness and are used for roughing and semi-roughing of cast irons under harsh conditions, such as when there is considerable starting and stopping that would typically increase fracturing.
CMCs contain ceramics mixed with other hard materials like cemented and titanium carbides. They can also contain reinforcing whiskers and other materials to increase wear resistance and toughness under hot machining conditions. These are commonly referred to as SiC-whisker reinforced. Alumina reinforced with SiC whiskers is the toughest and most resistant to thermal shock of the oxide-based ceramics due to the extremely high tensile strength of the SiC whiskers. It offers the additional benefit of being able to be run without coolant, thus making dry machining a common application while also being able to offer an increase in machining rates up to 800%.
Applications of Ceramic insert, Ceramic Cutting Tools :
1. Auto parts processing
2.Bearing machining
3.Hard cast iron processing
4.Other fields
5.Bearing machining

The long-term practical use proves that SG-28 Silicon Nitride Ceramic is very suitable for low-pressure casting machines and dosing furnaces.
Compared with traditional cast iron, silicon carbide, carbon nitrogen materials and Aluminum Titanate, Silicon Nitride Ceramics have the best high-temperature strength and the service life can last for more than one year.
The low wettability to aluminum liquid, makes the SG-28 Silicon Nitride Ceramic effectively reduce the slagging on the inner and outer walls of the riser tube, reduce the shutdown loss and maintenance.
SG-28 Silicon Nitride Ceramic has excellent corrosion resistance, which can effectively reduce the pollution to the aluminum liquid, and improves casting quality.

LP900 is a silicon carbide ceramic heat sink and it belongs to the micro-hole structure. Under the same unit area,it can be more than 30% porosity, greatly increasing the heat transfer area with air to enhance its cooling effect. At the same time its heat capacity is small, its heat storage is small and the heat can be more quickly to the outside world. Ceramic heat sink main features: environmental protection, insulation resistance to high pressure, efficient heat, to avoid brewing EMI problems. So it can effectively solve the electronic and home appliance industry thermal and cooling problems, while it is specially for small and medium wattage power consumption, design space pay attention to light, thin, short, small products. Whats more, it can provide technical support and application for electronic products innovative and development.

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Product Details
Porcelain Tiles (Vitrified)
600 x 600 mm , 800 x 800 mm , 600 x 1200
Brand Name
Sun
Country of Origin
India (Gujarat)
Color Available
Multi Color.
Function
Acid-Resistant
Antibacterial
Heat Insulation
Non-Slip
Firebrick
wear resistant
Usage
Interior, Exterior
QUALITY
ISO 9001:2008 Standard
Deviations
Length and width +/- 0.5
Thickness +/- 2.0%
Surface Quality >95%
Surface Flatness +/-.03%






Packaging & Delivery Details
Packaging
Paper box and wooden pallets.
Delivery
15-20 days after Confirmation Order