[Features]· Can be used for free-cutting type aluminum alloy, high-plasticity resin, etc.· The expanded slots act as cutting edges and are long in length, providing good engagement with the base material.· If you set a small pilot hole diameter and insert into a hard material, the slots on the tip will contract (taper), potentially leading to defective machining.[Material]SUM22L free-cutting steel (equivalent), hexavalent chromate
[Features]· Can be used for free-cutting type aluminum alloy, high-plasticity resin, etc.· The expanded slots act as cutting edges and are long in length, providing good engagement with the base material.· If you set a small pilot hole diameter and insert into a hard material, the slots on the tip will contract (taper), potentially leading to defective machining.[Material]SUM22L free-cutting steel (equivalent), hexavalent chromate
[Features]· Can be used for free-cutting type aluminum alloy, high-plasticity resin, etc.· The expanded slots act as cutting edges and are long in length, providing good engagement with the base material.· If you set a small pilot hole diameter and insert into a hard material, the slots on the tip will contract (taper), potentially leading to defective machining.[Material]SUM22L free-cutting steel (equivalent), hexavalent chromate
[Features]· Can be used for free-cutting type aluminum alloy, high-plasticity resin, etc.· The expanded slots act as cutting edges and are long in length, providing good engagement with the base material.· If you set a small pilot hole diameter and insert into a hard material, the slots on the tip will contract (taper), potentially leading to defective machining.[Material]SUM22L free-cutting steel (equivalent), hexavalent chromate
[Features]· Can be used for free-cutting type aluminum alloy, high-plasticity resin, etc.· The expanded slots act as cutting edges and are long in length, providing good engagement with the base material.· If you set a small pilot hole diameter and insert into a hard material, the slots on the tip will contract (taper), potentially leading to defective machining.[Material]SUM22L free-cutting steel (equivalent), hexavalent chromate
[Features]· Can be used for free-cutting type aluminum alloy, high-plasticity resin, etc.· The expanded slots act as cutting edges and are long in length, providing good engagement with the base material.· If you set a small pilot hole diameter and insert into a hard material, the slots on the tip will contract (taper), potentially leading to defective machining.[Material]SUM22L free-cutting steel (equivalent), hexavalent chromate
[Features]· Can be used for free-cutting type aluminum alloy, high-plasticity resin, etc.· The expanded slots act as cutting edges and are long in length, providing good engagement with the base material.· If you set a small pilot hole diameter and insert into a hard material, the slots on the tip will contract (taper), potentially leading to defective machining.[Material]SUM22L free-cutting steel (equivalent), hexavalent chromate
[Features]· Can be used for free-cutting type aluminum alloy, high-plasticity resin, etc.· The expanded slots act as cutting edges and are long in length, providing good engagement with the base material.· If you set a small pilot hole diameter and insert into a hard material, the slots on the tip will contract (taper), potentially leading to defective machining.[Material]SUM22L free-cutting steel (equivalent), hexavalent chromate
Ensat is an insert nut with good workability that can be used for resin, aluminum, etc., materials whose internal threads would easily break if tapped directly. There is no need of tapping beforehand because its own blade cuts materials. Reinforcing a female thread with Ensat enables using aluminum and resin parts, which helps weight reduction. Ensat supports a force applied to the internal threads with external threads that is slightly larger, which enables withstanding a force larger than a di
Ensat is an insert nut with good workability that can be used for resin, aluminum, etc., materials whose internal threads would easily break if tapped directly. There is no need of tapping beforehand because its own blade cuts materials. Reinforcing a female thread with Ensat enables using aluminum and resin parts, which helps weight reduction. Ensat supports a force applied to the internal threads with external threads that is slightly larger, which enables withstanding a force larger than a di
Ensat is an insert nut with good workability that can be used for resin, aluminum, etc., materials whose internal threads would easily break if tapped directly. There is no need of tapping beforehand because its own blade cuts materials. Reinforcing a female thread with Ensat enables using aluminum and resin parts, which helps weight reduction. Ensat supports a force applied to the internal threads with external threads that is slightly larger, which enables withstanding a force larger than a di
Ensat is an insert nut with good workability that can be used for resin, aluminum, etc., materials whose internal threads would easily break if tapped directly. There is no need of tapping beforehand because its own blade cuts materials. Reinforcing a female thread with Ensat enables using aluminum and resin parts, which helps weight reduction. Ensat supports a force applied to the internal threads with external threads that is slightly larger, which enables withstanding a force larger than a di
