Welded Wire Concrete Reinforcement
Welded wire concrete reinforcement is made of steel bars arranged in two mutually perpendicular directions and connected by resistance spot welding. Reinforcing mesh is used to add structural strength to reinforced concrete structures and asphalt. Creating internal frame reinforcement for concrete structures can provide a high level of performance.
Applications
Construction. Welded reinforcing mesh is widely used for the reinforcement of concrete structures. In this case, welded reinforcing mesh is laid inside the poured concrete formwork (under the slab, poured frame foundation slab) and is used to increase the strength of the formed concrete structure.
Fabrication of frames.
Reinforcement of road surfaces or parking lots, so welded reinforcing mesh is called road reinforcing mesh (5-6 mm).
Manufacture of various fences.
Used as masonry mesh (3-4 mm wire).
Used as coal mine support mesh for coal mine tunnel support.
Concrete Mesh Panels
Concrete Mesh Panels is a versatile reinforcement product used in a wide range of applications. It is primarily used as a reinforcing fabric in concrete slabs; it is immersed in concrete to greatly increase the structural stiffness of a building. The coefficient of thermal expansion of steel mesh fabric is similar to that of concrete, which means that as temperatures fluctuate, both the concrete and the reinforcement embedded in it expand and contract at similar rates. This makes it an ideal material to help reinforce concrete structures.
Uses
Foundation Reinforcement Mesh
Masonry Reinforcement Mesh
Floor Reinforcement Mesh
Reinforcing Mesh for Road Works
Trench Mesh
Brick Wall Reinforcing Mesh
Reinforced Mesh Sheets
Reinforcing mesh sheets, also known as reinforcing mesh or welded wire mesh, is a precast panel made of steel wires arranged in a grid pattern. It acts as an internal skeleton for concrete, designed to increase its strength and prevent cracking.
Reinforcing mesh sheets help distribute stresses evenly throughout the concrete, reducing the risk of cracking, deformation and structural damage. It also helps to control shrinkage and cracking during the curing process, improving the overall quality and service life of the concrete structure.
Reinforcing mesh sheets are mainly used in the construction industry to reinforce concrete structures and improve their durability, stability and load-bearing capacity. Reinforcing bars are embedded in concrete elements such as slabs, walls, columns and foundations to provide additional support and resistance to tensile forces such as bending, shear and temperature changes.
Main features of steel wire mesh
Strength Enhancement - The primary use of steel wire mesh is to reinforce concrete structures, increasing their tensile strength and preventing cracking and structural damage. By distributing the load more evenly throughout the concrete, steel mesh enhances the overall strength and durability of the structure.
Versatile - can be used in construction, industrial, commercial and even residential applications.
Crack Control: reinforcing mesh helps control concrete cracking by providing support and reinforcement in areas susceptible to pressure and tension. This helps maintain structural integrity over time and reduces the need for costly repairs.
Structural Stability: By reinforcing concrete slabs, walls and foundations, wire mesh improves the structural stability of buildings and infrastructure. It helps prevent sagging, sinking and shifting, ensuring that structures remain stable and safe.
Flexibility: Reinforcing wire mesh is available in a wide range of sizes, shapes and configurations to meet different construction requirements.
Cost-effective: Although the initial cost of reinforcing mesh is high, long-term cost savings can be realized by reducing maintenance and repair needs.
Stainless Steel Dutch Wire Mesh
Yuze offers custom wire cloth to meet clients filtration needs. Dutch weave mesh provides superior filtration capabilities for a wide range of applications, including pressure, fuel and liquid filters for the aerospace, petrochemical, pharmaceutical, mining and waste water treatment industries. Dutch weave mesh with width 3meter are far more than customer expectation
Alloy:
316L ,317L 904L stainless steel woven square mesh and dutch weave mesh as main supporting and filtration media of leaf filter which is used in the processing of food ,edible oil, pharmaceuticals and chemicals.
Dutch Weave Mesh:
Plain Dutch and Twill Dutch and particular RDT mesh are normally used in the applications of Water well treatment and sand control system.
Fine Dutch Weave Mesh as finer absolute filtration layer of sintered mesh and accurate chemical filtration,with max width 3m.which is outstanding performance in China woven mesh industry.
Packing: wrapped with moisture-proof paper, then in wooden cases
Material Pure nickel wire N2 N4 N6 N8
Mesh count 1 400
Wire diameter 0.03mm-1.0mm
Weaving Plain weave and twill weave
Feature Excellent corrosion, acid and alkali resistance.
High electrical conductivity.
Termal conductivity and ductility.
Heat resistance and wear resistance.
Application Widely used as the filtration materials in the mining, oil, chemical, food, pharmaceutical, machine and other fields.
Has high electrical conductivity, so it can be used in the electronics.
Can be used for battery production.
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Nickel mesh is a corrosion resistant material wire mesh. The pure nickel mesh can be 99.98% Ni. The material have Ni200 Ni201, N4, N6, N8 etc. Nickel wire mesh is widely used as filtration madia. The nickel metal mesh is used for anode current collection
All trench mesh sheets are supplied in 6m lengths at varying width increasing from 200mm in 100mm increments. Trench mesh is used for both footings 2 layers of trench mesh and slab edge thickening one layer trench mesh with sheet mesh over. You should normally allow 65mm minimum to the edges and bottom of the footings using plastic bar chairs or trench mesh supports to keep the mesh in place.
Trench mesh is designated as x-L8TM, x-L11TM or x-L12TM. The x is the number of main bars.
3-L8TM has three bars, which are 8 mm in diameter.
4-L11TM has four bars, which are 11 mm in diameter.
Trench Mesh is made specifically for use in residential footing trenches. Made from grade D500L ribbed reinforcing wire, Trench Mesh is made using a variety of longitudinal wires up to 12mm diameter.
Cross wires are â?¯at 300mm centres. Sheets are made in 6m lengths, with widths varying from depending on the number of longitudinal wires. The longitudinal wires are at 100mm centres. The product code, for example L8TM3, refers to the ductility grade (L), diameter of main wires (8) and the number of main wires (3). Other sizes are available, contact us for more information.
Telï¼?86-0311-89277939
Email address: sales23@maishimfg.com
marine grade 316 11 mesh 0.9 mm security mesh used near the sea
MAISHI Wire Mesh Manufacture Group is a professional wire mesh manufacturer. And security screen mesh is our main product, which has passed a series Australian tests.We use marine grade 316 wire to produce the mesh. Welcome to contact us if you need marine grade security mesh.
[ Material ] Stainless steel 316
It is high tensile AISI316 stainless steel wire, tolerance(+/-0.01mm), tensile strength is more than 900Mpa (900N).
The holes are square and the wires are very strong (not sliding), screen surface is flattened after we weave the wires to mesh screen.
Characteristic of security screen wire mesh:
Safe: Not easy to cut and break pass AS5039-2008
Private live: No one can peep at room
Beautiful: Gorgeous surface
Durable: More than 10years Warranty pass AS2331.3.1-2001
Mesh Count: 11mesh, other specification as follows is also avaliable.
[ Features of security screen mesh]
Excellent flact surface
High tension,Equal aperture and dia
Corrosion resistance,easy to install
10 years not to corrode,face or bubble
Black color filter 60% of UV rays
Product contact email: sales23@maishimfg.com
Marine Grade 316 Stainless Steel Epoxy Coating Security Screen Mesh
Maishi Group supply Security Doors and window. Security mesh can be used on window and doors to make your family far away from danger. Our mesh is made from high tensile stainless steel, woven into a fine mesh, it is hard to cut and break. And it has been passed a series Australia tests, you can believe our quality.
[ Material ] Stainless steel 316
It is high tensile AISI316 stainless steel wire, tolerance(+/-0.01mm), tensile strength is more than 900Mpa (900N).
The holes are square and the wires are very strong (not sliding), screen surface is flattened after we weave the wires to mesh screen.
Characteristic of security mesh:
Safe: Not easy to cut and break pass AS5039-2008
Private live: No one can peep at room
Beautiful: Gorgeous surface
Durable: More than 10years Warranty pass AS2331.3.1-2001
Mesh Count: as follows
[ Features of security mesh]
Excellent flact surface
High tension,Equal aperture and dia
Corrosion resistance,easy to install
10 years not to corrode,face or bubble
Black color filter 60% of UV rays
[ Maishi security mesh passes the below tests ]
1) Knife Shear Test(AS5039-2008)
2) Anti-Jemmy Test(AS509-2008)
3) Pull Test(AS5039-2008)
4) Durable more than 10 years(AS2331.31-2001)
5) 3006 Hour Salt Spray Tests, 534 hours UV Test
We are China's top wire mesh manufacturer, our products are production prices, no middlemen to earn the difference! I hope that you can contact the opening email of our article.
High-Performance Dehydration Screen Baskets for Centrifuges
Application:
Coal Dewatering, Mineral Processing, Precious Metals Recovery
Sand and Gravel Operations, Sludge Dewatering, Purification of Various Products
High-Performance Dehydration Screen Baskets for Centrifuges
Dehydration Screen Baskets play a crucial role in separating solid-liquid mixtures using centrifugal force in coal centrifuges. The slime enters the machine through the material inlet and is distributed evenly by the Conical Basket Screen and spiral discharge rotor. Under the action of centrifugal force, water and small particles pass through the wedge wire screen, collecting in the water tank and eventually being discharged through drain pipes.
Meanwhile, coal particles are retained inside the screen basket, where the spiral discharge rotor scrapes them off and pushes them to the bottom of the basket. This continuous process results in dehydrated slime being discharged into the collecting hopper.
Key Advantages of Dehydration Screen Baskets
Our wedge wire Dehydration Screen Baskets offer several benefits, including:
--Effective Solid-Liquid Separation: Efficient separation of solid and liquid components
--Batch and Continuous Operation: Flexibility to operate in both batch and continuous modes
--High Centrifugal Forces: Powerful centrifugal forces for optimal separation
--Adaptability to Various Centrifuge Machines: Compatibility with a range of centrifuge machines
--Ease of Operation: Simple and convenient operation and maintenance
--Wide Range of Applications: Suitable for various industries and applications
--Low Maintenance Requirements: Minimal maintenance needs for reduced downtime
Common Applications of Dehydration Screen Baskets
Dehydration Screen Baskets are widely used in various industries, including:
1. Coal Dewatering: Reducing moisture content in coal for transportation, storage, and combustion
2. Mineral Processing: Dewatering concentrates and separating solid particles from liquid in ore processing
3. Precious Metals Recovery: Dewatering and concentrating valuable metals for further processing
4. Sand and Gravel Operations: Dewatering and separating fine particles from slurry in sand and gravel operations
5. Sludge Dewatering: Separating solid particles from the liquid in sludge dewatering processes
6. Purification of Various Products: Effective separation and dewatering in various industrial processes
Intake screens, also known as passive intake screens or wedge wire intake screens, are made of V-shaped wires with continuous, smooth slots.
Welded onto support rods, they create a large open area allowing low-velocity flow across the entire surface. This design minimizes debris interference, safeguarding aquatic life.
Their efficiency and environmental safety make them crucial components in maintaining system integrity.
Intake screens, also called passive intake screens and wedge wire intake screens.
Intake screens, also known as passive intake screens or wedge wire intake screens, are made of V-shaped wires with continuous, smooth slots.
Welded onto support rods, they create a large open area allowing low-velocity flow across the entire surface. This design minimizes debris interference, safeguarding aquatic life.
Their efficiency and environmental safety make them crucial components in maintaining system integrity.
Intake screens, also called passive intake screens and wedge wire intake screens.
Usage Applications:
Iron ore at 6mm with 15% moisture
Raw sand at 3mm with 6% moisture
Compost at 10mm with 50% moisture
Slag at 3mm with 10% moisture
Salt at 3 mm with 5 % moisture
at 3mm with 20% moisture
Lignite at 6mm with 50% moisture
Coal at 6mm with 18% moisture
Limestone at 3mm with 20% moisture
Pet at 3mm with 18% moisture
Plus other hard to screen materials like Wood Chips, Bamboo Chips, Washery Waste, Building Rubble, Soil, Plastic, Auto Parts etc.
Description
Polyurethane Flip Flop Screen Mats have been in operation for decades for screening of moist or humid materials. Made from highly resilient polyurethane
elastomer, these filp flow mats withstand deformation without loss of elasticity or dimensional accuracy. They are designed both for bolting and clamping systems,
so to fit all screen decks worldwide with no distinction depending on machine brand, deck dimensions and installation characteristics.
Panel size: Length & Width & Thickness are custom designed
Aperture size: 3~32mm
Aperture shape: Square, Rectangle, Slot, Circular
Polyurethane Flip Flop Screen Mats offered make use of quality elastomers that guarantees highest performance support as demanded by the customers. Being used for applications involving screening moist or humid materials, these are also suitable for screening of products material like wood chips, building rubble, plastic and others and can also be custom developed as specified by the customers. These are suitable for screening of moist or humid materials like Iron ore at 6mm with 15% moisture, Raw sand at 3mm with 6% moisture, Compost at 10mm with 50% moisture,
Slag at 3mm with 10% moisture and others.
Material Gr1 GR2 pure titanium wire mesh
Surface: Bright or black
Features: The filtration performance is stable and satisfactory, etc
Size: 1-100 Mesh
Shape: Round and square, cut according to customer needs
100 Mesh GR2 Titanium Mesh Electrode Plate is mainly used to sieve and filtrate gas, liquid filtration, and other media separation under acid and alkali environmental conditions. Usually, there are 3 methods of producing the titanium mesh: plain weave, twill weave and dense weave. the thinnest titanium wire that is relatively skilled in domestic drawing can be as thin as 0.05mm due to the difficulty in drawing titanium wire, Titanium wire has the features of low elongation, high strength, high elasticity and low flexibility.
Type:
Plain titanium mesh, is the most common weaving method, and its main feature is that the density of the warp and weft wire diameters is the same.
1.The pressure screen basket is composed of a sieve perforated plate, an overflow bucket and a non-perforated plate.
2. There are many small holes distributed on the screen plate, and the vapor passes through the small holes from bottom to top, transfers heat and mass through the liquid layer on the tray, and then rises.
3. The liquid flows through the tray according to a certain route, and the liquid is held by the vapor with a stable flow rate, and flows through the overflow hopper to the non-porous plate (liquid receiving tray) of the next tray.
4. The thickness of the liquid layer is determined by the height of the inlet baffle and outlet baffle on the tray.
Structural composition
The cement fineness negative pressure sieve analyzer is mainly composed of sieve base, micro motor, dust collector, cyclone and electrical control.
instructions
1. before sieving test, adjust the digital explicit time relay, set it at 120s, put the negative pressure sieve on the screen seat, cover the sieve cover, turn on the power supply, adjust the negative pressure to -4000~-6000pa range, then turn off the machine.
2. Weigh 25g of sample, put it into a clean negative pressure screen, cover the screen cover, start the instrument again and screen continuously. During this period, if a sample is attached to the screen cover, tap the screen cover gently to make the sample fall. When the screen is full for 120s, the instrument will stop automatically.
3. After screening, weigh the residue with a balance
matters needing attention
1. Regularly pour out the cement in the dust collecting bottle.
2. If the negative pressure cannot meet the requirements of the national standard (- 4000 ~ - 6000pa) after using for a period of time, please clean the dust collection bag in the vacuum cleaner.
3. The vacuum cleaner shall not work continuously for more than 15 minutes, otherwise it is easy to overheat and burn out.
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