Screening Mesh
What is Screening Mesh?
Screening mesh which can also be referred to as quarry screens, or screen mesh is usually a replacement part/screens for processing machinery. Screening mesh is used in various industries and applications, including mining, aggregate processing, construction, food processing, pharmaceuticals, wastewater treatment, and many others. It is employed in vibrating screens, trommel screens, sieve shakers, filtration systems, and other equipment designed for particle separation and classification.
Why Graepels Screening Mesh?
Graepels take pride in manufacturing our quarry screens and woven mesh screens to the highest of standards. We ensure that the highest quality high tensile and high carbon stainless steel wire is used in our screens. With over 65 years of industry expertise Graepels ensure quality woven wire with strength in every weave.
Oder Form 
Quarrying & Recycling Catalogue
Replacement Screens
Graepels replacments screens are manufactured in high tensile carbon steel and stainless steel from 1.6mm to 150mm. Our wire thickness ranges from 1.2mm to 12.7mm and our woven to customer specifications. Ensuring accurate screen sizing, for all machine types.
Our woven wire screens are suitable for Woven Wire Trommels, side tensioned and end tensioned screens can woven in square, slotted and elongated apertures for all screen sizes. A full range of welded mesh, piano screens and self cleaning screens are available to order.
For more information on our screening media products in Quarrying and Recylin sectors why not download our Quarrying and recycling catagloue. Alternatively email [email protected]
Side Tensioned
Replacement Screens
End Tensioned Screens
High Tensile Woven Wire Mesh Aperture: 1.6 mm to 150 mm
Woven Wire Thickness: 1.2 mm – 13 mm
Mesh Types: Square Mesh, Rectangular Slotted Mesh and Elongated Mesh
Crimp Types: Flat Top, Double Crimp, Lock Crimp, Corrugated Crimp
CRIMP TYPES
FLAT TOP
All the mesh knuckles are on the underside, allowing material to move more freely over the screen, while keeping plugging to a minimum.
DOUBLE CRIMP
Evenly crimped in warp and weft, providing a rigid construction. The wires are under-crimped and sprung together, thus giving a tight mesh. This is used with lighter wires to ensure tension in a light screen.
LOCK CRIMP
A variation of the double crimp which ensures that the wires remain in their exact positions.
CORRUGATED CRIMP
Extra crimps in warp and weft with the wires seated in every third and fifth crimp. This creates a rigid mesh when making slotted mesh, even when the aperture is large in relation to the diameter of the wire.
Mining: Used for screening and sorting of ore, gravel, and other minerals in mining operations. Heavy punch plates are particularly suitable for handling abrasive materials commonly found in mining environments.
Construction: Employed for separating aggregates, such as sand and gravel, during construction projects. Punch plates are also used in vibrating screens for sizing and grading aggregates.
Quarrying: Used in quarry operations for separating and classifying stone, rock, and other quarry materials based on size and quality. Heavy punch plates withstand the harsh conditions encountered in quarrying environments.
Recycling: Employed in recycling facilities for sorting and classifying recyclable materials such as plastics, metals, and paper. Heavy punch plates are suitable for handling bulkier materials in recycling processes.
Waste Management: Used in waste sorting facilities for separating diverse types of waste materials for recycling or disposal. Punch plates help in the efficient sorting of materials based on size and composition.
Pharmaceutical: Used in pharmaceutical manufacturing for sieving and classifying pharmaceutical powders and granules during production processes.
Energy and Utilities: Employed in power plants and utilities for screening and filtering applications related to water treatment, fuel processing, and waste management.
| Industrial | Process |
| Construction | Food Processing |
| Agricultural | Pharmaceuticals |
| Maritime & Fisheries | Quarrying & Mining |
| Safety & Security | Waste management & Recycling |
Graepels Manufacture products to suit a wide range of machinery including:
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Graepels offer a range of hooking systems to meet our customers screening needs.
Particle Separation: Screening mesh effectively separates materials based on size, shape, or composition, allowing for the classification of particles into different size fractions. This enables industries to produce materials with specific size specifications and quality standards.
Versatility: Screening mesh is highly versatile and can be used in a wide range of applications across industries such as mining, construction, agriculture, food processing, pharmaceuticals, and waste management. It can handle diverse materials including solids, liquids, and gases.
Customisation: Screening mesh can be customized to meet specific application requirements, including mesh size, wire diameter, aperture shape, and material composition. This flexibility allows for tailored solutions that optimize screening efficiency and performance.
Efficient Filtration: Screening mesh effectively filters out impurities, contaminants, and foreign particles from materials, liquids, or gases, improving product quality and purity. It helps maintain consistent product specifications and ensures compliance with regulatory standards.
Improved Productivity: By efficiently separating and classifying materials, screening mesh enhances productivity in various industrial processes. It reduces processing times, minimizes downtime, and optimizes resource use, leading to increased throughput and efficiency.
Easy Installation and Maintenance: Mesh screens are easy to install and maintain, requiring simple cleaning and periodic inspection to ensure optimal performance. Damaged or worn-out screens can be easily replaced, minimizing downtime, and maximizing productivity.
Overall, screening mesh offers numerous benefits including particle separation, versatility, customisation, durability, efficient filtration, improved productivity, cost-effectiveness, ease of installation and maintenance, environmental sustainability, and safety. These advantages make screening mesh a valuable component in a wide range of industrial applications, supporting efficient and sustainable operations across industries.
