1.The minimum slot width that can be achieved is about 0.012 in. Slots that cut less than 0.020 in.
in width involve high costs because of excessive machine downtime to replace broken saw blades
that overheat, warp, and break.
2.The single-slot staggered, longitudinal pattern is generally preferred because the strength of the
unslotted pipe is preserved.
3.The staggered pattern also gives a more uniform distribution of slots over the surface area of the pipe.
4.The single-slot staggered pattern is slotted with an even number of rows around the pipe with a
typical 6-in. longitudinal spacing of slot rows.
1.The minimum slot width that can be achieved is about 0.012 in. Slots that cut less than 0.020 in.
in width involve high costs because of excessive machine downtime to replace broken saw
blades that overheat, warp, and break.
2.The single-slot staggered, longitudinal pattern is generally preferred because the strength
of the unslotted pipe is preserved.
3.The staggered pattern also gives a more uniform distribution of slots over the surface area of the pipe.
4.The single-slot staggered pattern is slotted with an even number of rows around the pipe
with a typical 6-in. longitudinal spacing of slot rows.
If interested,pls contact:
Cynthia
Skype:aldfilters
Email:sales03@xxldlq.com
Mob:86-15637366455(whatsapp,viber,wechat)