A grooved pin is a type of pin that has grooves or splines on its shaft. These indentations improve shrinkage resistance, increasing the pin's ability to securely hold materials together. They are widely used in applications where extra adhesion is required, e.g.:
The pin's grooves allow for better hold in the material, thus improving the stability of the joint with elastic-like tightening.
Grooved pins have a shank with a bulge diameter greater than the pin's nominal diameter. Since the part they are inserted into has a slightly smaller diameter than the bulge diameter, the metal "flows" into the material, allowing for excellent hold.
Manufacturing grooved pins generally involves cold forming, a process whereby the metal is deformed at room temperature to give it the desired nail shape. The metal is first cut into precise lengths before being put into a press where it is subjected to impacts.
Next, the pins go through a die in order to form the grooves.
This process creates the grooves and strengthens the metal, improving the pin's resistance and durability.
Finally, the grooved pins may undergo a finishing treatment, such as galvanising, to protect them against corrosion. Our rigorous inspection procedure ensures compliance with quality standards before we pack and ship the pins. It should be noted that manufacturing techniques may vary depending on specifications and the type of grooved pins.
There are various types of grooved pins, with different specifications, shapes and sizes:
The ISO 8746 grooved pin has indents on its surface in order to increase adherence between the hole and the material in which it is embedded. Its bulge diameter adapts to the housing without removing material.
The ISO 8746 standard groove pin is made from steel but can also be produced in other materials on request.
Its round head, slightly wider than the shank, offers several advantages:
This is a highly sought-after part in many industries, such as:
ISO 8747 groove pins have grooves on their surface, increasing hold between the hole and the material in which it is inserted. The pins' bulge diameter adapt to their housing without any material removal.
ISO 8747 grooved pins are made out of steel, but can be manufactured from other materials on request.
This component, with its countersunk head, offers a few key advantages:
This part is highly sought-after in sectors where a clean and careful finish is essential, such as:
Choosing the right grooved pin is no small task - should you have any queries, feel free to contact us, we would be happy to help you make your choice. An expert from our team will get back to you in under 48 hours.
ISO 8746 and ISO 8747 grooved pins are nail-like pins with grooves on their shanks. These grooves increase shrinkage resistance, making the pin more effective at holding materials firmly together. They are often used in applications where particular adhesion is required, such as:
The pins' grooves allow for a better grip in the material, improving the joint's stability with elastic-level tightness.
Their grooved shank can reach a bulge diameter greater than its nominal diameter. This means that when installed, the material's diameter will be slightly smaller than the bulge diameter, allowing the metal to "flow" in and thus ensure maximum tightness.
Producing grooved pins to ISO 8747 and ISO 8746 standards usually involves cold forming, a process used to deform metal at room temperature into the required pin shape. The metal is first cut into precise lengths before being inserted into a machine to be pressed.
The metal is then put through a die to form the grooves. This process also strengthens the metal, increasing the pins' overall strength and durability.
Finally, the pins can undergo finishing operations such as galvanising to protect them from corrosion. Our meticulous inspection procedure allows us to ensure compliance with quality standards before we package and ship our ready-to-use pins. It should be noted that manufacturing techniques may differ depending on technical specifications and the type of grooved pins.
A grooved pin is a type of pin that has grooves or splines on its shaft. These indentations improve shrinkage resistance, increasing the pin's ability to securely hold materials together. They are widely used in applications where extra adhesion is required, e.g.:
The pin's grooves allow for better hold in the material, thus improving the stability of the joint with elastic-like tightening.
Grooved pins have a shank with a bulge diameter greater than the pin's nominal diameter. Since the part they are inserted into has a slightly smaller diameter than the bulge diameter, the metal "flows" into the material, allowing for excellent hold.
Manufacturing grooved pins generally involves cold forming, a process whereby the metal is deformed at room temperature to give it the desired nail shape. The metal is first cut into precise lengths before being put into a press where it is subjected to impacts.
Next, the pins go through a die in order to form the grooves.
This process creates the grooves and strengthens the metal, improving the pin's resistance and durability.
Finally, the grooved pins may undergo a finishing treatment, such as galvanising, to protect them against corrosion. Our rigorous inspection procedure ensures compliance with quality standards before we pack and ship the pins. It should be noted that manufacturing techniques may vary depending on specifications and the type of grooved pins.
There are various types of grooved pins, with different specifications, shapes and sizes:
The ISO 8746 grooved pin has indents on its surface in order to increase adherence between the hole and the material in which it is embedded. Its bulge diameter adapts to the housing without removing material.
The ISO 8746 standard groove pin is made from steel but can also be produced in other materials on request.
Its round head, slightly wider than the shank, offers several advantages:
This is a highly sought-after part in many industries, such as:
ISO 8747 groove pins have grooves on their surface, increasing hold between the hole and the material in which it is inserted. The pins' bulge diameter adapt to their housing without any material removal.
ISO 8747 grooved pins are made out of steel, but can be manufactured from other materials on request.
This component, with its countersunk head, offers a few key advantages:
This part is highly sought-after in sectors where a clean and careful finish is essential, such as:
Choosing the right grooved pin is no small task - should you have any queries, feel free to contact us, we would be happy to help you make your choice. An expert from our team will get back to you in under 48 hours.
ISO 8746 and ISO 8747 grooved pins are nail-like pins with grooves on their shanks. These grooves increase shrinkage resistance, making the pin more effective at holding materials firmly together. They are often used in applications where particular adhesion is required, such as:
The pins' grooves allow for a better grip in the material, improving the joint's stability with elastic-level tightness.
Their grooved shank can reach a bulge diameter greater than its nominal diameter. This means that when installed, the material's diameter will be slightly smaller than the bulge diameter, allowing the metal to "flow" in and thus ensure maximum tightness.
Producing grooved pins to ISO 8747 and ISO 8746 standards usually involves cold forming, a process used to deform metal at room temperature into the required pin shape. The metal is first cut into precise lengths before being inserted into a machine to be pressed.
The metal is then put through a die to form the grooves. This process also strengthens the metal, increasing the pins' overall strength and durability.
Finally, the pins can undergo finishing operations such as galvanising to protect them from corrosion. Our meticulous inspection procedure allows us to ensure compliance with quality standards before we package and ship our ready-to-use pins. It should be noted that manufacturing techniques may differ depending on technical specifications and the type of grooved pins.
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