tight radius bends?
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We have some new options for manifold builders. Our new induction bender just pulled off 1-1/4" sch 10 stainless bends on a 1D radius (1.660" OD x 1.660" radius). This radius is right between the current short radius (1.50") radius and the long radius (1.875").
I know for a lot of the manifolds we build, having legs on the bends would reduce the cost of building the manifold significantly. Also being able to source the proper bend angles on production manifolds will reduce the fabrication time. Combine that with a tighter radius easing fitment for tough manifolds .. This may drastically affect people's bottom line.
Just some food for thought.
Modified by CRMB at 3:44 PM 11/10/2008
I know for a lot of the manifolds we build, having legs on the bends would reduce the cost of building the manifold significantly. Also being able to source the proper bend angles on production manifolds will reduce the fabrication time. Combine that with a tighter radius easing fitment for tough manifolds .. This may drastically affect people's bottom line.
Just some food for thought.
Modified by CRMB at 3:44 PM 11/10/2008
They have to be buffed as the process turns them blue.
And just to re-itterate, these are basically exactly half way between a long and a short radius fitting. They are 1*diameter in radius.

And just to re-itterate, these are basically exactly half way between a long and a short radius fitting. They are 1*diameter in radius.

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