Other for Fishing

Rod made with finishing parameters and very restricted dimensions to obtain a maximum adaptation to all type of mechanisms.Mechanism made of stainless steel tools ´hard metal´ to avoid the pollution of the rod material and possible rust spots of the machined zones.AISI 630 steel is tempered by a special process of long duration and low temperature that maintains a great elastic memory with a hardness level between 44 and 46 Rockwell.Very strict control process done rod by rod, before machining, to control the perfect straightness of each rod.Flopper made of spring stainless steel spring AISI 301 of 0,8 mm of thickness. Mechanical resistance 1269 Nw / mm2 close to the one of the rod itself. T…

Rod made with finishing parameters and very restricted dimensions to obtain a maximum adaptation to all type of mechanisms.Mechanism made of stainless steel tools “hard metal” to avoid the pollution of the rod material and possible rust spots of the machined zones.AISI 630 steel is tempered by a special process of long duration and low temperature that maintains a great elastic memory with a hardness level between 44 and 46 Rockwell.Very strict control process done rod by rod, before machining, to control the perfect straightness of each rod.Flopper made of spring stainless steel spring AISI 301 of 0,8 mm of thickness. Mechanical resistance 1269 Nw / mm2 close to the one of the rod itself. T…

AISI 630 steel tempered by a special process that maintains a large elastic memory with a hardness level between 44 and 46 HRC.Very strict control process (rod per rod previously.To machining) to check the perfect straightness of the rod.Aletilla in stainless steel of spring AISI 301 of 0,8mm of thickness.Mechanical resistance close to that of the rod itself.Lace.Of the howitzer reinforced with curved radius of mechanization that make almost impossible the breakage of the rod by this traditionally weak point.Polyvalent design for metal and Dyneema howitzers.|.Extraordinary breaking strength in the opening direction of the notch of 190Nw and 40 ° angle.Especially resistant and penetrating insulation t…

AISI 630 steel tempered by a special process that maintains a large elastic memory with a hardness level between 44 and 46 HRC.Very strict control process (rod per rod previously.To machining) to check the perfect straightness of the rod.Aletilla in stainless steel of spring AISI 301 of 0,8mm of thickness.Mechanical resistance close to that of the rod itself.Lace.Of the howitzer reinforced with curved radius of mechanization that make almost impossible the breakage of the rod by this traditionally weak point.Polyvalent design for metal and Dyneema howitzers.|.Extraordinary breaking strength in the opening direction of the notch of 190Nw and 40 ° angle.Especially resistant and penetrating insulation t…

AISI 630 steel tempered by a special process that maintains a large elastic memory with a hardness level between 44 and 46 HRC.Very strict control process (rod per rod previously.To machining) to check the perfect straightness of the rod.Aletilla in stainless steel of spring AISI 301 of 0,8mm of thickness.Mechanical resistance close to that of the rod itself.Lace.Of the howitzer reinforced with curved radius of mechanization that make almost impossible the breakage of the rod by this traditionally weak point.Polyvalent design for metal and Dyneema howitzers.|.Extraordinary breaking strength in the opening direction of the notch of 190Nw and 40 ° angle.Especially resistant and penetrating insulation t…

AISI 630 steel tempered by a special process that maintains a large elastic memory with a hardness level between 44 and 46 HRC.Very strict control process (rod per rod previously.To machining) to check the perfect straightness of the rod.Aletilla in stainless steel of spring AISI 301 of 0,8mm of thickness.Mechanical resistance close to that of the rod itself.Lace.Of the howitzer reinforced with curved radius of mechanization that make almost impossible the breakage of the rod by this traditionally weak point.Polyvalent design for metal and Dyneema howitzers.|.Extraordinary breaking strength in the opening direction of the notch of 190Nw and 40 ° angle.Especially resistant and penetrating insulation t…

AISI 630 steel tempered by a special process that maintains a large elastic memory with a hardness level between 44 and 46 HRC.Very strict control process (rod per rod previously.To machining) to check the perfect straightness of the rod.Aletilla in stainless steel of spring AISI 301 of 0,8mm of thickness.Mechanical resistance close to that of the rod itself.Lace.Of the howitzer reinforced with curved radius of mechanization that make almost impossible the breakage of the rod by this traditionally weak point.Polyvalent design for metal and Dyneema howitzers.|.Extraordinary breaking strength in the opening direction of the notch of 190Nw and 40 ° angle.Especially resistant and penetrating insulation t…

AISI 630 steel tempered by a special process that maintains a large elastic memory with a hardness level between 44 and 46 HRC.Very strict control process (rod per rod previously.To machining) to check the perfect straightness of the rod.Aletilla in stainless steel of spring AISI 301 of 0,8mm of thickness.Mechanical resistance close to that of the rod itself.Lace.Of the howitzer reinforced with curved radius of mechanization that make almost impossible the breakage of the rod by this traditionally weak point.Polyvalent design for metal and Dyneema howitzers.|.Extraordinary breaking strength in the opening direction of the notch of 190Nw and 40 ° angle.Especially resistant and penetrating insulation t…

Rod made with finishing parameters and very restricted dimensions to obtain a maximum adaptation to all type of mechanisms. Mechanism made of stainless steel tools ´hard metal´ to avoid the pollution of the rod material and possible rust spots of the machined zones. AISI 630 steel is tempered by a special process of long duration and low temperature that maintains a great elastic memory with a hardness level between 44 and 46 Rockwell. Very strict control process done rod by rod, before machining, to control the perfect straightness of each rod. Flopper made of spring stainless steel spring AISI 301 of 0,8 mm of thickness. Mechanical resistance 1269 Nw / mm2 close to the one of the rod itself. T…

Shafts made with finishing parameters and very restricted dimensions to obtain a maximum adaptation to all type of mechanisms. Mechanism made of stainless steel tools hard metal to avoid the pollution of the shaft material and possible rust spots of the machined zones. AISI 630 steel is tempered by a special process of long duration and low temperature that maintains a great elastic memory with a hardness level between 44 and 46 Rockwell. Very strict control process done shaft by shaft, before machining, to control the perfect straightness of each shaft. Flopper made of spring stainless steel spring AISI 301 of 0,8 mm of thickness. Mechanical resistance 1269 Nw / mm2 close to the one of the …

Shafts made with finishing parameters and very restricted dimensions to obtain a maximum adaptation to all type of mechanisms. Mechanism made of stainless steel tools hard metal to avoid the pollution of the shaft material and possible rust spots of the machined zones. AISI 630 steel is tempered by a special process of long duration and low temperature that maintains a great elastic memory with a hardness level between 44 and 46 Rockwell. Very strict control process done shaft by shaft, before machining, to control the perfect straightness of each shaft. Flopper made of spring stainless steel spring AISI 301 of 0,8 mm of thickness. Mechanical resistance 1269 Nw / mm2 close to the one of the …

Shafts made with finishing parameters and very restricted dimensions to obtain a maximum adaptation to all type of mechanisms. Mechanism made of stainless steel tools “hard metal” to avoid the pollution of the shaft material and possible rust spots of the machined zones. AISI 630 steel is tempered by a special process of long duration and low temperature that maintains a great elastic memory with a hardness level between 44 and 46 Rockwell. Very strict control process done shaft by shaft, before machining, to control the perfect straightness of each shaft. Flopper made of spring stainless steel spring AISI 301 of 0,8 mm of thickness. Mechanical resistance 1269 Nw / mm2 close to the one of th…

Shafts made with finishing parameters and very restricted dimensions to obtain a maximum adaptation to all type of mechanisms.Mechanism made of stainless steel tools “hard metal” to avoid the pollution of the shaft material and possible rust spots of the machined zones.AISI 630 steel is tempered by a special process of long duration and low temperature that maintains a great elastic memory with a hardness level between 44 and 46 Rockwell.Very strict control process done shaft by shaft, before machining, to control the perfect straightness of each shaft.Flopper made of spring stainless steel spring AISI 301 of 0,8 mm of thickness. Mechanical resistance 1269 Nw / mm2 close to the one of the sh…

Shafts made with finishing parameters and very restricted dimensions to obtain a maximum adaptation to all type of mechanisms.Mechanism made of stainless steel tools “hard metal” to avoid the pollution of the shaft material and possible rust spots of the machined zones.AISI 630 steel is tempered by a special process of long duration and low temperature that maintains a great elastic memory with a hardness level between 44 and 46 Rockwell.Very strict control process done shaft by shaft, before machining, to control the perfect straightness of each shaft.Flopper made of spring stainless steel spring AISI 301 of 0,8 mm of thickness. Mechanical resistance 1269 Nw / mm2 close to the one of the sh…

Shafts made with finishing parameters and very restricted dimensions to obtain a maximum adaptation to all type of mechanisms. Mechanism made of stainless steel tools “hard metal” to avoid the pollution of the shaft material and possible rust spots of the machined zones. AISI 630 steel is tempered by a special process of long duration and low temperature that maintains a great elastic memory with a hardness level between 44 and 46 Rockwell. Very strict control process done shaft by shaft, before machining, to control the perfect straightness of each shaft. Flopper made of spring stainless steel spring AISI 301 of 0,8 mm of thickness. Mechanical resistance 1269 Nw / mm2 close to the one of th…

Rod made with finishing parameters and very restricted dimensions to obtain a maximum adaptation to all type of mechanisms.Mechanism made of stainless steel tools “hard metal” to avoid the pollution of the rod material and possible rust spots of the machined zones.AISI 630 steel is tempered by a special process of long duration and low temperature that maintains a great elastic memory with a hardness level between 44 and 46 Rockwell.Very strict control process done rod by rod, before machining, to control the perfect straightness of each rod.Flopper made of spring stainless steel spring AISI 301 of 0,8 mm of thickness. Mechanical resistance 1269 Nw / mm2 close to the one of the rod itself. T…

AISI 630 steel tempered by a special process that maintains a large elastic memory with a hardness level between 44 and 46 HRC.Very strict control process (rod per rod previously.To machining) to check the perfect straightness of the rod.Aletilla in stainless steel of spring AISI 301 of 0,8mm of thickness.Mechanical resistance close to that of the rod itself.Lace.Of the howitzer reinforced with curved radius of mechanization that make almost impossible the breakage of the rod by this traditionally weak point.Polyvalent design for metal and Dyneema howitzers.|.Extraordinary breaking strength in the opening direction of the notch of 190Nw and 40 ° angle.Especially resistant and penetrating insulation t…

Rod made with finishing parameters and very restricted dimensions to obtain a maximum adaptation to all type of mechanisms.Mechanism made of stainless steel tools “hard metal” to avoid the pollution of the rod material and possible rust spots of the machined zones.AISI 630 steel is tempered by a special process of long duration and low temperature that maintains a great elastic memory with a hardness level between 44 and 46 Rockwell.Very strict control process done rod by rod, before machining, to control the perfect straightness of each rod.Flopper made of spring stainless steel spring AISI 301 of 0,8 mm of thickness. Mechanical resistance 1269 Nw / mm2 close to the one of the rod itself. T…

AISI 630 steel tempered by a special process that maintains a large elastic memory with a hardness level between 44 and 46 HRC.Very strict control process (rod per rod previously.To machining) to check the perfect straightness of the rod.Aletilla in stainless steel of spring AISI 301 of 0,8mm of thickness.Mechanical resistance close to that of the rod itself.Lace.Of the howitzer reinforced with curved radius of mechanization that make almost impossible the breakage of the rod by this traditionally weak point.Polyvalent design for metal and Dyneema howitzers.|.Extraordinary breaking strength in the opening direction of the notch of 190Nw and 40 ° angle.Especially resistant and penetrating insulation t…

AISI 630 steel tempered by a special process that maintains a large elastic memory with a hardness level between 44 and 46 HRC.Very strict control process (rod per rod previously.To machining) to check the perfect straightness of the rod.Aletilla in stainless steel of spring AISI 301 of 0,8mm of thickness.Mechanical resistance close to that of the rod itself.Lace.Of the howitzer reinforced with curved radius of mechanization that make almost impossible the breakage of the rod by this traditionally weak point.Polyvalent design for metal and Dyneema howitzers.|.Extraordinary breaking strength in the opening direction of the notch of 190Nw and 40 ° angle.Especially resistant and penetrating insulation t…

AISI 630 steel tempered by a special process that maintains a large elastic memory with a hardness level between 44 and 46 HRC.Very strict control process (rod per rod previously.To machining) to check the perfect straightness of the rod.Aletilla in stainless steel of spring AISI 301 of 0,8mm of thickness.Mechanical resistance close to that of the rod itself.Lace.Of the howitzer reinforced with curved radius of mechanization that make almost impossible the breakage of the rod by this traditionally weak point.Polyvalent design for metal and Dyneema howitzers.|.Extraordinary breaking strength in the opening direction of the notch of 190Nw and 40 ° angle.Especially resistant and penetrating insulation t…

AISI 630 steel tempered by a special process that maintains a large elastic memory with a hardness level between 44 and 46 HRC.Very strict control process (rod per rod previously.To machining) to check the perfect straightness of the rod.Aletilla in stainless steel of spring AISI 301 of 0,8mm of thickness.Mechanical resistance close to that of the rod itself.Lace.Of the howitzer reinforced with curved radius of mechanization that make almost impossible the breakage of the rod by this traditionally weak point.Polyvalent design for metal and Dyneema howitzers.|.Extraordinary breaking strength in the opening direction of the notch of 190Nw and 40 ° angle.Especially resistant and penetrating insulation t…

AISI 630 steel tempered by a special process that maintains a large elastic memory with a hardness level between 44 and 46 HRC.Very strict control process (rod per rod previously.To machining) to check the perfect straightness of the rod.Aletilla in stainless steel of spring AISI 301 of 0,8mm of thickness.Mechanical resistance close to that of the rod itself.Lace.Of the howitzer reinforced with curved radius of mechanization that make almost impossible the breakage of the rod by this traditionally weak point.Polyvalent design for metal and Dyneema howitzers.|.Extraordinary breaking strength in the opening direction of the notch of 190Nw and 40 ° angle.Especially resistant and penetrating insulation t…

Rod Made With Finishing Parameters And Very Restricted Dimensions To Obtain A Maximum Adaptation To All Type Of Mechanisms.Mechanism Made Of Stainless Steel Tools Hard Metal To Avoid The Pollution Of The Rod Material And Possible Rust Spots Of The Machined Zones.Aisi 630 Steel Is Tempered By A Special Process Of Long Duration And Low Temperature That Maintains A Great Elastic Memory With A Hardness Level Between 44 And 46 Rockwell.Very Strict Control Process Done Rod By Rod, Before Machining, To Control The Perfect Straightness Of Each Rod.Flopper Made Of Spring Stainless Steel Spring Aisi 301 Of 0,8 Mm Of Thickness.Mechanical Resistance 1269 Nw/Mm2 Close To The One Of The Rod Itself.The Size …