PRODUCTS

The outer baskets and center pipe can be made according to the user’s different requirements of the height and diameter of various sizes. The minimum clearance is 0.01 inch / 0.25 mm and the size increment is 0.0004 inch / 0.001 mm.

Support Grid is designed to be installed into the bottom head of hydroprocessing or gas dehydration vessels, allowing for better liquid and gas flow, bed utilization, distribution and an overall more efficient process.
The Support Grid lies directly on the bottom head surface, allowing for the entire volume to be filled with media. Increased bed volume allows for the conversion of existing vessels to achieve higher process capacity and new vessels to be built shorter in shell length.

The wedge wire filter elements are ideal for highly viscous and large flow rate applications.

Principle: Feed diffuser is diverting the incoming flow from the inlet nozzle towards the reactor.
Applications: Gas sweetening, gas drying, sulphur removal, hydrotreating, hydrocracking,hydrogenation, etc.

Scallops assembly is forming the outer screen component of a radial flow system. Their general shape is extending parallel to the inner vessel wall. Their inner surface delimits the outer side of the catalyst bed. They are usually installed inside vertical reactors and they distribute or collect the flow. Cover deck is closing the gap between inner screen component and scallops. Flow direction can be out-wards or inwards. Scallops are usually introduced through the vessel top manhole. They are standing on a support ring attached to the vessel wall.• Scallops are standing against the inner vessel surface as hollow conduits distributing/collecting the gas flow from their inner side. Each one is placed adjacent to the next one as part of the scallops-set. Each scallop cross section is handling a flow rate which is parallel to the scallop’s axis with a flow capacity limited to the cross section area. Total reactor capacity is the sum of all individual scallops flow rate. applications such as Gas treatment, Platforming, reforming, CCR, ammonia converter, styrene, etc.

Sintered mesh is manufactured from one layer or multiple layers of woven wire meshes by a “sintering” process. The single layer woven wire mesh is first roller flattened uniformly, to ensure good contact at the wire cross over points. Then the single layer or more layers of this calendered mesh are then laminated by special fixtures under mechanical pressure in high temperature furnace, which is filled with proprietary inset gas and the temperature is raised to a point where sintering (diffusion-bonded) occurs. After controlled-cooling process, the mesh has become more rigid, for all the contact points of individual wires bonding to each other. Sintering improves the characteristics of woven wire mesh through the combination of heat and pressure. Sintered mesh can be single layer or multiple layer, according to filtration need, one layer of perforated metal can be added to reinforce the whole structure. What’s more, sintered mesh can be cut, welded, pleated, rolled into other shapes, like disc, plate, cartridge, cone shape. Compared with traditional wire mesh as filter, sintered mesh has prominent advantages, high mechanical strength, high permeability, low pressure drop, wide range of filtration rating, easy to backwash. Although the cost seems higher than traditional filter, but its long using life and excellent properties gain more popularity with clear advantages.

Our main products include: Sintered mesh laminate, Sintered mesh with perforated metal, Sintered metal filter cartridge, Sintered metal filter disc, Pleated sintered mesh filter, Sintered cone filter.

Material：SS304, SS316L,

Specifications：1000mm500mm 1200mm600mm 1000mm*1000mm

Also can be customized as customer’s requirements

Filter rating：1–300um

SPECIFICATIONS:
• A single treatment of water: 45-2350m3 /h, a a larger flow will be handled by multiple joint.
• The highest working temperature: 95°C
• Filtration precision : 50-3000um
• Water volume need by self-cleaning: <1%
• Self-cleaning time: 10-60s
• Control interface: Digital, rotary knob, switch
• Mesh selection: wedge wire mesh, woven mesh, perforated metal

Note: we can provide a series of special models made of special materials and coatings to meet particular user needs, please contact the manufacturer for details.

Filter material:

1.Filter screen: SS304、SS316L、2205、2507
2.Body material: Carbon steel、SS304、SS316L
3.Cleaning brush: Stainless steel、Nylon
4.Drain valve: brass、stainless steel
5.Seal ring: Synthetic rubber、Polytetrafluoroethylene(PTFE)

APPLICATIONS:
• Industrial filter applications: Automobile, mining, water plant, plastic, steel and iron, paper making, power plants and other industries of source water and water for cooling water and filtering, cooling, heating system, central air-conditioning circulating water and cooling water, chilled water, wastewater tertiary treatment and municipal water recycle, etc.
• Irrigation filter application: Groundwater, river, lake and sea water, orchards, greenhouse, golf courses, parks, etc.