Uniform air permeability
Multi-layer weaving helps keep airflow stable across the full working surface.
AIRSLIDE FABRIC / AIRSLIDE BELT
Airslide Fabric / Airslide Belt
Custom airslide fabric for stable dry powder flow.
For air slides, silo bottoms, bulk tankers and dry powder discharge systems.
Thickness4-8 mm
Max width2500 mm
MaterialsPolyester spun yarn, Polyester filament, Aramid/Kevlar, Basalt
Supply formRolls & custom parts
Product overview
Fluidization cloth for stable powder flow
Multi-layer fluidizing fabric for air slides, silo bottoms, tankers, vessels and dry bulk powder discharge systems. Also known as air slide cloth, aeration fabric, fluidizing fabric or fluidization cloth, our airslide fabric is a dense multi-layer woven porous membrane. Low-pressure air passes through the fabric evenly so dry powder can move by gravity with low energy demand and minimal mechanical wear.
Uniform air permeabilityStable air distribution helps avoid local blockage and uneven discharge.
Smooth slidable surfaceThe woven surface supports steady powder flow in air slides and silo floors.
Custom fabricationRolls, strips, discs, cone pieces and drawing-based shapes are available.
Export-ready supportShort lead times, flexible trade terms and mature supply-chain coordination.
Why Shengquan
Built around stable airflow, custom fit and export replacement work
For air slide fabric, credibility comes from repeatable permeability, the ability to match equipment details and practical support before quotation.
Drawing-based fabrication
Rolls, strips, discs, cones and shaped parts can be matched to samples or equipment drawings.
Export-ready support
Technical discussion, sample matching and packaging are prepared for overseas replacement projects.
Supply forms
Ready for standard installation and drawing-based customization
The same fabric structure can be supplied as roll material or converted parts, so buyers can replace existing cloth, maintain silo systems or develop new equipment.
Roll stock
Standard roll supply for air slide conveyors, silo floors and onsite cutting.
Strips and sheets
Cut-to-size strips or panels with width, thickness and air resistance matched to equipment.
Cone and disc parts
Converted pieces for silo bottoms, tankers, vessels and retrofit projects.
Working principle
1
Air chamber supplies low-pressure air
Air is introduced below the fabric layer.
2
Fabric distributes air evenly
The cloth works as a stable porous membrane.
3
Powder becomes fluidized
Dry bulk material gains flowability with low energy demand.
4
Material flows to discharge point
Gravity and airflow help continuous discharge.
Material options
Four fabric families for different operating conditions
Choose by material handled, temperature, abrasion level and surface requirement. Samples or old fabric pieces help us match the closest structure.
Polyester Spun Yarn
Soft, thick and cost-effective construction for general dry powder conveying.
Polyester Filament
Smooth surface and stronger yarn structure for airslide and silo service.
Aramid/Kevlar
High-temperature option where polyester is not enough.
Basalt
For harsh high-temperature and abrasive applications selected by condition.
Not sure which material fits your equipment?
Technical data
Specification range
Use the table to narrow the right fabric family before quotation. Thickness, width, air resistance and temperature range usually decide whether polyester, aramid/Kevlar or basalt is the better fit.
| Materials | Polyester spun yarn, Polyester filament, Aramid/Kevlar, Basalt |
|---|---|
| Thickness range | 4 / 5 / 6 / 7 / 8 mm |
| Maximum width | Up to 2500 mm |
| Air resistance | Type A 350 mmWG Type B 500 mmWG Type C 800 mmWG |
| Fabrication | Rolls, strips, discs, cones and drawing-based parts |
ThicknessAffects installation fit, wear life and the support required under the fabric.
WidthDetermines whether the fabric can match air slide troughs, silo sectors or converted pieces without extra seams.
Air resistanceHelps match the blower and powder behavior so fluidization is even instead of weak or excessive.
TemperatureDrives material selection between polyester, aramid/Kevlar and basalt options.
Scroll horizontally to view the full technical table.
| Type 型号 | Material 材质 | Ply 层数 | Warp 经向 N/cm | Weft 纬向 N/cm | Heat 耐温 | Short 短时 | Thick. 厚度 mm | Weight 克重 g/m2 | Width 幅宽 mm |
|---|---|---|---|---|---|---|---|---|---|
| AP4-4 | Polyester Spun Yarn / 涤纶短纤 | 2-4 | 3600 | 2100 | -60 to 150°C | 180°C | 4 | 3200 | 2500 |
| AP4-5 | Polyester Spun Yarn / 涤纶短纤 | 3-5 | 5400 | 2800 | -60 to 150°C | 180°C | 5 | 3800 | 2500 |
| AP4-6 | Polyester Spun Yarn / 涤纶短纤 | 3-5 | 6000 | 4300 | -60 to 150°C | 180°C | 6 | 4200 | 2500 |
| AP4-7 | Polyester Spun Yarn / 涤纶短纤 | 3-5 | 7000 | 5400 | -60 to 150°C | 180°C | 7 | 4500 | 2500 |
| AP4-8 | Polyester Spun Yarn / 涤纶短纤 | 3-5 | 7800 | 6400 | -60 to 150°C | 180°C | 8 | 4800 | 2500 |
| AF4-5 | Polyester Filament / 涤纶长丝 | 3-5 | 6200 | 3100 | -60 to 150°C | 200°C | 5 | 3700 | 2500 |
| AF4-6 | Polyester Filament / 涤纶长丝 | 3-5 | 7000 | 4800 | -60 to 150°C | 200°C | 6 | 4000 | 2500 |
| AA4-5 | Aramid 1313 / 芳纶 1313 | 3-5 | 3700 | 2300 | -60 to 220°C | 250°C | 5 | 3600 | 2500 |
| AA4-6 | Aramid 1313 / 芳纶 1313 | 3-5 | 3800 | 2500 | -60 to 220°C | 250°C | 6 | 4000 | 2500 |
| AK4-5 | Aramid 1414 / 芳纶/凯夫拉 | 3-5 | 3500 | 2300 | -60 to 250°C | 280°C | 5 | 3600 | 2500 |
| AK4-6 | Aramid 1414 / 芳纶/凯夫拉 | 3-5 | 3600 | 2500 | -60 to 250°C | 280°C | 6 | 4000 | 2500 |
| AB4-5 | Basalt / 玄武岩 | 3-5 | 3500 | 2300 | -60 to 600°C | 800°C | 5 | 7500 | 2500 |
Note: Air resistance at 400 m3/m2/h: Type A 350 mmWG, Type B 500 mmWG, Type C 800 mmWG.
Terminology
Airslide Fabric vs Aeration Fabric: What's the Difference?
Airslide fabric and aeration fabric (also called fluidizing fabric or fluidization cloth) refer to the same family of porous woven textiles used to distribute low-pressure air in air slides, silo aeration floors and bulk tankers. In practice the two names are often used interchangeably. The difference is mainly in specification rather than principle: weight, air permeability, thickness and heat resistance are matched to the equipment and the material handled. If you are replacing an existing cloth, send a sample or photo and we will match the closest structure.
Applications
Where airslide fabric is usually used
Cement plant air slide conveyors
For cement, fly ash, alumina, lime and similar dry bulk powders in enclosed gravity conveying lines.
Silo aeration floors
For silo bottoms and cone sections that need even air distribution and complete discharge.
Bulk tanker / truck unloading
For trailer, tanker and rail car discharge systems where powder needs to fluidize quickly.
Ship, vessel and terminal discharge
For ship, barge, vessel and terminal systems handling compacted dry bulk materials.
Quality focus
Checked around airflow, fit and long-term operation
Airslide fabric fails when air distribution, dimensional fit or material selection is wrong. These buying points help customers confirm the right specification before production.
Air permeability and air resistance class
Thickness, width and dimensional tolerance
Surface smoothness and fabric density
Tensile strength and heat-resistance fit
Packaging suitable for export shipment
Selection guide
Send material, dimensions and drawings for a practical recommendation
For non-standard parts, photos, hand sketches and old samples are all useful. We can discuss fabric type, thickness, air resistance class, heat resistance and edge treatment before quotation.
Material handledcement, fly ash, alumina, flour, chemical powder
Operating conditiontemperature, moisture, pressure, continuous/short-time heat
Fabric formatroll, strip, disc, cone, silo floor profile, drawing-based shape
Equipment datawidth, length, installation position, bolt/seam/edge details
FAQ
Common buying questions
What is airslide fabric?
Airslide fabric, also known as air slide cloth or aeration fabric, is a dense multi-layer woven porous textile. Low-pressure air passes through it evenly so dry powder fluidizes and flows by gravity in air slides, silo aeration floors and bulk tankers.
What is the difference between airslide fabric and aeration fabric?
The two names refer to the same family of fluidizing fabrics and are often used interchangeably. The real difference is in specification - weight, air permeability, thickness and heat resistance - matched to the equipment and material handled. Send a sample or photo and we will match the closest structure.
How do I choose between polyester, aramid/Kevlar and basalt?
Polyester is usually suitable for normal dry powder conveying. Aramid/Kevlar and basalt are selected when temperature, abrasion or operating conditions are more demanding.
What thickness and width can you supply?
Thickness from 4 to 8 mm and widths up to 2500 mm. Rolls, strips, discs, cones and drawing-based parts can be prepared from the same fabric.
What is the maximum operating temperature?
Depends on the fabric family: polyester -60 to 150°C (short-term 180°C), aramid 1313 -60 to 220°C (250°C), aramid 1414 -60 to 250°C (280°C), basalt -60 to 600°C (800°C).
Can you match an old sample or equipment drawing?
Yes. Photos, old fabric pieces, hand sketches and equipment drawings all help us match the closest weave, thickness, width and converted shape.
How is airslide fabric installed?
Typical installation covers the fabric over the air slide trough or silo aeration floor, keeps it flat without wrinkles, and fixes it along the edges with the specified seam or clamping method. Installation details depend on the equipment - send a drawing or photo and we will confirm the fitting method.
How long does airslide fabric last?
Service life depends on material handled, temperature, abrasion and air pressure. Polyester families cover general dry powder service; aramid and basalt are chosen for higher temperature or more abrasive conditions. Check permeability and worn spots during routine maintenance and replace when airflow distribution weakens.
Can the fabric be supplied as custom parts instead of rolls?
Yes. Roll stock, strips, sheets, discs, cone parts and drawing-based shapes can be prepared according to the installation position.
What information is most useful before quotation?
Material handled, working temperature, width, thickness, length, installation form, quantity and destination country are the most useful details.
Technical quotation
Request a practical recommendation and quotation
Share the selection details above and we will match the fabric type, thickness, width and supply form before quoting.