SS321 Hexmetal Mesh system in FCC Reactor Wall, 30mm height, 14gauge thick, 3feet by 6feet, HESLY Brand China sales
Hex metal and Flexible mesh refractory linings are both flexible mesh gratings that are easily rolled and conform to circular shapes. They are used in reinforcing linings, floors, and any cement structures needing added support. The structural strength of the anchor section helps its range of applications. Some applications include ductwork, heaters, reactors, and furnaces. See below for a full list of applications.
Applications
Process plant which is subject to the passage of erosive gas streams, especially at high temperature, benefit by cladding with Hexmetal infilled with erosion resistant refractories. Typical applications include Cyclones, Flue Gas Lines, Reactor Vessels, Windboxes, Fan Casings, Burner Quarls: in fact any vessel or section that is subject to erosion or abrasion.
FOR REFRACTORIES
The flexibility, high strength and erosion resistant characteristics of Hexmesh make it an excellent choice for refractory linings in furnaces, reactors, cyclones, ducts and flues.
FOR FLOORS
Hexmetal provides long term protection for armor applications inside industrial floors. Specifically, loading docks, ramps, high traffic aisles for forklifts and trucks. Hot floors for foundries, forge shops and steel mills. Refuse and recycle disposal plant floors and almost anywhere floors are subject to severe impact and rolling loads. All will benefit with Hexmesh
Hot gaseous substances cannot erode the refractory because they are reflected away from the surface by the metal honeycomb- shaped grid.
The flexibility of HESLY’s Hexmesh allows it to be rolled, and easily conforms to circular shapes. It is recommended for use when placement is spaced from the steel shell to allow room for thick insulation between the metal shell and the armoured surface.
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| Standard Bonding Hole Pattern |
Lance Pattern |
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| Flexible Mesh |
Double Clench Bonding Hexmesh |
Typical Service Temperature of Different Materials
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Anchorage Material
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Chemical Composition
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Typical Service
Temperature
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AISI
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DIN
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C%
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Si%
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Mn%
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P%
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S%
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Cr%
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Ni%
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others
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304
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1.4301
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≤0.08
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≤1.00
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≤2.00
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≤0.45
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≤0.30
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18.0—20.0
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8.0—10.0
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N
|
800℃
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316
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1.4401/1.4436
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≤0.08
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≤0.75
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≤2.00
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≤0.45
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≤0.30
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16.0—18.0
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10.0—14.0
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N:Mo
|
800℃
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|
321
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1.4541
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≤0.08
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≤0.75
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≤2.00
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≤0.45
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≤0.30
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17.0—19.0
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9.0—12.0
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Ti
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800℃
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|
310S
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1.4845
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≤0.08
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≤1.50
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≤2.00
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≤0.45
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≤0.30
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24.0—26.0
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19.0—22.0
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—
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1150℃
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Inconel 601
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2.4851
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≤0.10
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≤0.50
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≤1.00
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—
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≤0.15
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21.0—25.0
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58.0—63.0
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Al:Cu
|
1200℃
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Inconel 800
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1.4876
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≤0.10
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≤1.00
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≤1.50
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≤0.45
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≤0.15
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19.0—23.0
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30.0—35.0
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Al:Ti
|
1200℃
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|
410S
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1.4001
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≤0.08
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≤1.00
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≤1.00
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≤0.40
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≤0.30
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11.5—13.5
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≤0.60
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—
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750℃
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CARBON STEEL
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VARIOUS
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550℃
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Common Specification Sheet
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HESLY-hexsteel ordinary specifications (E-ON refractory)
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ITEM
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SPECS
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B
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A
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AF
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1
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1.2 X 10 X 50mm
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1.2mm
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10mm
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40mm
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2
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1.2 X 15 X 50mm
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1.2mm
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15mm
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50mm
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3
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1.2 X 20 X 50mm
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1.2mm
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20mm
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50mm
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4
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1.5 X 10 X 50mm
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1.5mm
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10mm
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50mm
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5
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1.5 X 15 X 50mm
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1.5mm
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15mm
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50mm
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6
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1.5 X 20 X 50mm
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1.5mm
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20mm
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50mm
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7
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1.8 X 15 X 50mm
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1.8mm
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15mm
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50mm
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8
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1.8 X 20 X 50mm
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1.8mm
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20mm
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50mm
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9
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1.8 X 25 X 50mm
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1.8mm
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25mm
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50mm
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10
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2.0 X 15 X 50mm
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2.0mm
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15mm
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50mm
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11
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2.0 X 20 X 50mm
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2.0mm
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20mm
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50mm
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12
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2.0 X 25 X 50mm
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2.0mm
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25mm
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50mm
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13
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2.0 X 30 X 50mm
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2.0mm
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30mm
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50mm
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14
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2.0 X 30 X 80mm
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2.0mm
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30mm
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80mm
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Remark
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A/F
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Min: 40mm Max: 100mm
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MATERIAL
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A3 ,0Cr13,1Cr13,SS304,SS316,1Cr18Ni9Ti,SS310S
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Reference Photos
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| 321 Double Clench Hexmetal |
Double Clench Bonding Hexmesh |
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| AISI310S Hex Mesh |
AISI310S Hexmesh |
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| Hexmetal for Fan Housing Linings |
Hexmetal for cyclones |
Why HESLY ? Let's show you what the difference is between HESLY and other brand.
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