Other for Fishing Cressi Sub

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the rod and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the rod.Process of very strict control (rod by rod before to the mechanizing) to verify the perfect straightness of the rod.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the rod and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures.This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the rod.Process of very strict control (rod by rod before to the mechanizing) to verify the perfect straightness of the rod.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness.Mechanical resistance 1269 …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the rod and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures.This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the rod.Process of very strict control (rod by rod before to the mechanizing) to verify the perfect straightness of the rod.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness.Mechanical resistance 1269 …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the rod and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the rod.Process of very strict control (rod by rod before to the mechanizing) to verify the perfect straightness of the rod.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the rod and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the rod.Process of very strict control (rod by rod before to the mechanizing) to verify the perfect straightness of the rod.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the rod and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the rod.Process of very strict control (rod by rod before to the mechanizing) to verify the perfect straightness of the rod.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the rod and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures.This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the rod.Process of very strict control (rod by rod before to the mechanizing) to verify the perfect straightness of the rod.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness.Mechanical resistance 1269 …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the rod and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures.This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the rod.Process of very strict control (rod by rod before to the mechanizing) to verify the perfect straightness of the rod.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness.Mechanical resistance 1269 …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the rod and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures.This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the rod.Process of very strict control (rod by rod before to the mechanizing) to verify the perfect straightness of the rod.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness.Mechanical resistance 1269 …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the shaft and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the shaft.Process of very strict control (shaft by shaft before to the mechanizing) to verify the perfect straightness of the shaft.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the shaft and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the shaft.Process of very strict control (shaft by shaft before to the mechanizing) to verify the perfect straightness of the shaft.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the shaft and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the shaft.Process of very strict control (shaft by shaft before to the mechanizing) to verify the perfect straightness of the shaft.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the shaft and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the shaft.Process of very strict control (shaft by shaft before to the mechanizing) to verify the perfect straightness of the shaft.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the shaft and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the shaft.Process of very strict control (shaft by shaft before to the mechanizing) to verify the perfect straightness of the shaft.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the shaft and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the shaft.Process of very strict control (shaft by shaft before to the mechanizing) to verify the perfect straightness of the shaft.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the shaft and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the shaft.Process of very strict control (shaft by shaft before to the mechanizing) to verify the perfect straightness of the shaft.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the shaft and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the shaft.Process of very strict control (shaft by shaft before to the mechanizing) to verify the perfect straightness of the shaft.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the shaft and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the shaft.Process of very strict control (shaft by shaft before to the mechanizing) to verify the perfect straightness of the shaft.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the shaft and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the shaft.Process of very strict control (shaft by shaft before to the mechanizing) to verify the perfect straightness of the shaft.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the shaft and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the shaft.Process of very strict control (shaft by shaft before to the mechanizing) to verify the perfect straightness of the shaft.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the shaft and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the shaft.Process of very strict control (shaft by shaft before to the mechanizing) to verify the perfect straightness of the shaft.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the shaft and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures. This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the shaft.Process of very strict control (shaft by shaft before to the mechanizing) to verify the perfect straightness of the shaft.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness. Mechanical resistance …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the rod and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures.This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the rod.Process of very strict control (rod by rod before to the mechanizing) to verify the perfect straightness of the rod.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness.Mechanical resistance 1269 …

Realized with a few parameters of endings and really strict levels for a greater adjustment to all kinds of mechanisms.Mechanized made with useful stainless hard metal to avoid the pollution of the material of the rod and possible points of oxide of the mechanized zones.SANDVIK steel hardened externally through an exclusive plasmatic vacuum process in high temperatures.This process makes the external part to have a hardness about 60 HRC without harming the resistance to the flexion of the rod.Process of very strict control (rod by rod before to the mechanizing) to verify the perfect straightness of the rod.Flap in stainless steel of wharf AISI 301 of 0,8 mm thickness.Mechanical resistance 1269 …