Helicoid Auger Flighting

Process

The unique cold rolling process used to manufacture GX Helicoid Auger Flighting has come from our continuous development program.

The raised edge is formed integrally during the manufacturing operation and is not a strip attached by a secondary weld.

The major gain in thickness, high quality surface finish and slight forward incline of the blade have made GX auger flighting the outstanding performer for efficiency, durability and economy

Features

GX Auger Flighting provides 30% -50% increase in thickness at the flight's outer edge - exactly the location where augers sustain the greatest wear. The precise thickness gain depends on the Flighting dimensions. Apart from greater resistance to wear, our GX flighting retains the high performance features of our conventional auger flighting

Auger products incorporating GX Flighting have a clearly distinguishable advantage which greatly increases their appeal to discerning OEM purchasers.

Interchangeability

The introduction of GX Auger Flighting to replace conventional Flighting necessitates no design or product modification. In auger applications where wear resistance is portant, GX Flighting is preferred and specified by original equipment manufacturers and by auger repairers.

Learn Even More About Our Super-Edge Flighting

Conventional Helicoid Flighting

Process

Our Conventional Auger Flighting is continuous cold rolled on the most advanced machines and our production method ensures control of dimensional accuracy.

Features

Our conventional helicoid auger flighting has a smooth and bright surface. There is an even taper from the inner to outer edge and the surface is work-hardened as a result of cold rolling. Although stocked in 5 foot and 10 foot lengths, we can produce in quantity in any desired lengths.

Styles and Dimensional Parameters

Both GX and Conventional Helicoid Flighting can be custom cold rolled to include the following features:

• Hand
• Standard Pitch
• Short Pitch
• Long Pitch
• Cupped
• Ribbon

• - Left or Right
• - where Pitch dimension = Outer diameter dimension
• - where Pitch dimension < Outer diameter dimension
• - where Pitch dimension > Outer diameter dimension
• - where the flight can be made to lean up to 30 degrees out of perpendicular to shaft
• - where a narrow strip is used to produce a large inner diameter