Stack Sizer Screen

Specification
Size : as clients
Aperture : 3mm - big
Wire Diameter : according to aperture
Strip Material : Polyurethane or
Strip Width : 1.5cm - big
Strip Thickness : 8mm - big
Strips Quantity : as client's requests

Description
POLY RIPPLE SCREEN IS PRODUCED BASE ON SELF CLEANING SCREEN MESH IS AVAILABLE IN HIGH TENSILE STEEL MESH OR STAINLESS STEEL,
WITH THE PU STRIPS WHERE ON THE BARS OF DECK.

Self-cleaning screens are a non-blinding, high quality screening surface that provides accurate screening and sizing.
Having many advantages over other screen types, self cleaning mesh gives higher production rates while eliminating the problem of Large
unwanted flat material that contaminates the finished product.
We also can add some pu strips on the bars, it will be more wearproof to improve the life.

Features
Anti-clogging
Anti-pegging
Increased wear life
Accurate sizing
Available to suit all types of mobile and static screens

With high quality, non-blinding screening surface the Flexi-Harp is the perfect mesh. The combination of different size wire used in manufacture means
that they vibrate at varying frequencies to produce a self-cleaning surface. Due to its flat surface (no knuckles Self-cleaning screens can use
a smaller wire diameter than woven wire for some applications.

Separates flakes and slivers from finished product while greatly reducing problems like plugging and blinding.

Specification
Material: black wire, spring steel wire, manganese steel wire and stainless steel wire.
Surface treatment: galvanized or painted.
Wire diameter: 0.71mm - 12.5mm.
Mesh size: 1mm - 100mm.
Hole type: square, rectangular and long slot.
Weaving type: Plain weave, Pre-crimped, Flat top, Intermediate crimped , Lock crimped.

Descriptionï¼?
Woven Wire Mesh is manufactured from manganese steel wire, galvanized wire or stainless steel wire. The wires are woven into square, rectangular
or long slot meshes.Woven vibrating screen mesh has various weaving types, such as plain weave, pre-crimped weave, flat top, intermediate crimped
and lock crimped. Various weaving types can fit different vibrating screens and materials.Woven wire screen is also called quarry/mining screen mesh,
screening media, which is widely used in vibrating, scalping and sizing materials of rock, stone, asphalt,quarry,aggregate, limestone, graint etc.

Hook Type:
Bending.
Welding.
Metal sheet hook. (C type or U type).
Features:
High tensile strength.
Abrasion and wear resistance.
Impact resistance.
Acid and alkali resistance.
Various weaving types to fit different materials.
Different hook types for easy installation and fixation.

Application:
The woven vibrating screen mesh is widely used in the vibrating screens, crushers and trommel screens.
Woven vibrating screen mesh can be used for screening and separating stones, coal, mining, gravel, sand and any other materials.

Specification
Size : as clients
Aperture : 3mm - big
Wire Diameter : according to aperture
Strip Material : Polyurethane or
Strip Width : 1.5cm - big
Strip Thickness : 8mm - big
Strips Quantity : as client's requests

Descriptionï¼?
Self-cleaning screens are a non-blinding, high quality screening surface that provides accurate screening and sizing.
Having many advantages over other screen types, self cleaning mesh gives higher production rates while eliminating the problem of Large unwanted flat
material that contaminates the finished product. We also can add some pu strips on the bars, it will be more wearproof to improve the life.

Advantage:

Anti-clogging
Anti-pegging
Increased wear life
Accurate sizing
Available to suit all types of mobile and static screens

With high quality, non-blinding screening surface the Flexi-Harp is the perfect mesh. The combination of different size wire used in manufacture means that
they vibrate at varying frequencies to produce a self-cleaning surface. Due to its flat surface (no knuckles Self-cleaning screens can use a smaller wire diameter
than woven wire for some applications. Separates flakes and slivers from finished product while greatly reducing problems like plugging and blinding.

Size : any size can be designed.
Aperture : 3mm - big
Thickness : 20mm -50mm
Installed type : hook or screw

Descriptionï¼?
Polyurethane Screen Panel is made by polyurethane, and steel wire rope inner as rib, and installed by steel hook or screw.

Polyurethane Screen Panel is replaced the woven wire mesh, because of polyurethane screen panel is more wearproof than woven wire mesh in wet screening.
As usual , working time will be 3-8times than steel wire mesh.

Specification
Material : polyurethane coated wire rope
Aperture shape :square or rectangular
Aperture range : 2mm to big
Wire rope diameter range : 1.5mm to big

Descriptionï¼?
Tufflex is polyurethane coated stainless steel wire rope screen with the same open area as woven wire and huge advantages over traditional screens.

The Tufflex screen is made up of two types of ropes welded together. The rope running from hook to hook is a wire rope with a thick polyurethane covering.
This rope, with the wire, allows the hooked edge screen to be tensioned like other hooked edge screens, with no modifications to machinery required.
The same maintenance procedures of checking the screen tension applies to Tufflex screens. The other rope is made up of a fine synthetic cord, also with thick polyurethane covering, and runs parallel to the hooked edge. For side-tensioned set-ups, this rope acts like rider bars for larger stones to slide down the deck, channelling smaller ones closer to the apertures. This increased stratification improves screening efficiency. With the end-tensioned screens, this rope can be used on top,
running in a cross-flow orientation, or positioned underneath the rope with the wire.

Features
Tufflex is a polyurethane-coated screen media that can be substituted for traditional woven wire screens with minimal adjustment to the screen deck.
Available in several combinations of both rope and wire diameter and aperture size, Tufflex offers additional customisation options via partially or fully welded screen cloths.
The smooth surface of the polyurethane prevents sticking and blinding, which is further enhanced by the flexibility offered by Tufflex cloth construction.
The Tufflex cloths not only improved the quality but also minimised blinding, improved efficiency and have great wear. this provides the site with longer
periods between changeover and less downtime during busy screening periods.

The available range of Tufflex screens is extensive, with aperture sizes ranging from 1.5mm to 45mm and square and rectangular aperture shapes,
similar to woven wire. The wire rope diameter ranges from 1.5mm to 12mm, with custom-made rectangular slots as fine as 0.7mm wide.
The construction varies with either fully or partially welded wires.Sheets of poly can also be welded on for hot spot impact protection or enhanced abrasion
protection along the hooks.

Specification
Material : Polyurethane
Type: Screen Panel
Aperture Range : 0.043mm - 10mm
Featureï¼? wear-resisting, noiseless , light etc
Usage : Derrick Stack Sizer
Size : TH48-30 , 1040*700mm , other size also can be designed as requests
Working Time : 6 months to 12 months

Descriptionï¼?
Polyweb Urethane Screen Panel is specificialed for Derrick Stack Sizer, mainly for sieving the fine metal sands, such as: silica sands, gold sands etc,
The model is TH48-30, TH48-42, TH56-42, others can be designed.

Polyweb Urethane Screen Panel is made of polyurethane sheet with high quality screen surface. Polyweb Urethane Screen Panel is abrasion resistance and
much longer service life than the woven vibrating screen mesh. Moreover, the property of anti-blinding makes it feasible to screen materials which is considered
difficult or impossible to screen previously. Polyweb Urethane Screen Panel has an extremely fine openings which is as fine as 0.043mm, which is suitable for a
wide variety of wet and dry applications.

Featuresï¼?
Polyweb Urethane Screen Panel has extremely fine openings for accurate separation.
Polyweb Urethane Screen Panel with low noise and low maintenance, is the replacement products of perforated vibrating screen mesh. Additional, the Polyweb Urethane Screen Panel has higher wear resistance and acid and alkali resistance than the woven vibrating screen mesh.
There are hooks on the both side of polyurethane fine screen mesh, which make it easy to install the screen mesh onto vibrating screens.
Polyweb Urethane Screen Panel offer an extended wear life, given their flexible nature and polyurethane coating. Customers have reported between four and 10 times the life expectancy, dependent on product, regional conditions and finished product size. Not only does this extend the initial screen cost over a longer period, it also offers a substantial increase in production time available. Reducing the requirement to stop multiple times a year for change-overs has provided customers with increased capacity equating to $10,000 to $20,000 of increased finished product.
This is without accounting for the labour and machine hire savings.

Comparing the price of the screens is important, as are the potential savings and increased production time available if you donot have to stop.
due to the smooth surface of the polyurethane wire screen. The unique design and construction of the Polyurethane screen also results in lower operating noise.

Perforated Plate Sieves for Screening Materials

Perforated Sieves or perforated plate sieves are made of perforated stainless steel plate with round holes or square holes, and brass or stainless steel as the frames. Perforated sieves are used where accurate screening materials are needed. We can offer a wide range of perforated plate sieves in round hole or square hole. Perforated plate sieves are in diameter sizes of 200, 300, 315, 350, 400 and 450mm. Aperture sizes range from 125mm to 4mm in square hole and 125mm to 1mm in slotted round hole. They are widely used in many fields for its different materials and types.
Three Major Types of Perforated Sieves
There are mainly three kinds of perforated sieves. They are perforated grain sieves, mid-point test sieves and extra depth sieves.
Perforated Grain Sieves
This kind of sieves are used by government agriculture sectors and grain organizations from all over the world to test gains and cereals grades. They are usually made of stainless steel or brass perforated plate for sieving mesh and the same material plate for the frame. Commonly diameter of the sieves are 200mm.
Extra Depth Sieves
Extra Depth Sieves are perforated stainless steel sieves in extra depth. They are widely used in the construction and cement industries. The diameter size is commonly 450mm and the sieve depth is 300mm. Made from stainless steel perforated plate; the sieves are tough and rigid and ensures a long service life.
Mid-Point Test Sieves
When a process requires a high level of repeatability, mid-points can be used on all sieve tests. However, the predominant application for the mid-point sieves are as master stack. A master stack is used to check and recalibrate sieves used in everyday testing. It can be also used for the screening of sand.
Besides, there are some special designed perforated sieves, such as air jet sieves, pocket sieves and other sieves used for testing small samples either in the lab or on site.
Several sieves with hole type of round and square, materials of brass and stainless steel.
Perforated plate can be used as sieves to separating and screening the materials.
Two stainless steel perforated sieves with square holes.
Perforated sieves with square holes can be used as gains sieves to test gains and cereals grades.
Two pieces of specially designed perforated sieves: air jet sieves
We also supply special sieves such as air jet sieves.
Features
Good stainless steel for corrosion resistance.
Good filtering ability.
Easy to clean and maintain.
Easy to use and transport.
Different sizes, materials and types available.
Long service life.
Applications
Perforated plate sieves are widely used in many fields with their different types and materials. Our sieves are general used in food, paper, processing industry, stones and powders, research lab, construction and building industry, mining and the oil chemical and more industries.