Cold-Forming Abrasion Resistant (AR) materials, and Hardox 500 HB

Cold-Forming Abrasion Resistant (AR) materials, and Hardox 500 HB

There is an ever-continuing growth in the use of Abrasion Resistant (AR) materials; and in the use of Hardox 500 HB (TUF) range of extremely hard-wearing materials; plus, others modern, futuristic materials like Creusabro 8000, and other similar types of extremely robust AR materials.

Being able to cold-form these hard materials without having to pre-heat (anneal) the material to form it into a helix is a huge advantage because it avoids causing unnecessary degradation or compound changes which affect the original (critical) material performance characteristics.

Helix Flight Manufacturing Machine's cold-forming operation and the technologies used in that process guarantee that helices produced in any chosen material, always retain the original, and vital, material performance characteristics.

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Screw Forming Direction
 
 

Helix 1

Main Type of Material
 
Annual Quantity of Helices Manufactured
 
Use mm or inch sizesLargest Diameter HelixMedium Diameter HelixSmallest Diameter Helix
Outer Diameter (OD)
Inner Diameter (ID)
Pitch (P)
Material Thickness
Flange Width
(Outer Diameter size, MINUS the
Inner Diameter size, divided by 2)
 

Helix 2

Other Type of Material
 
Annual Quantity of Helices Manufactured
 
Use mm or inch sizesLargest Diameter HelixMedium Diameter HelixSmallest Diameter Helix
Outer Diameter (OD)
Inner Diameter (ID)
Pitch (P)
Material Thickness
Flange Width
(Outer Diameter size, MINUS the
Inner Diameter size, divided by 2)
 

Helix 3

Other Type of Material
 
Annual Quantity of Helices Manufactured
 
Use mm or inch sizesLargest Diameter HelixMedium Diameter HelixSmallest Diameter Helix
Outer Diameter (OD)
Inner Diameter (ID)
Pitch (P)
Material Thickness
Flange Width
(Outer Diameter size, MINUS the
Inner Diameter size, divided by 2)
 
 
 

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