Industrial Fasteners & Clamps

We are successfully meeting the varied needs of our patrons by offering a wide gamut of Stud Bolt. 

The distinction between a bolt and a screw is commonly misunderstood. There are several practical differences, but most have some degree of overlap between bolts and screws.

The defining distinction, per Machinery's Handbook,^[2] is in their intended purpose: Bolts are for the assembly of two unthreaded components, with the aid of a nut. Screws in contrast are used in components which contain their own thread, and the screw may even cut its own internal thread into them. Many threaded fasteners can be described as either screws or bolts, depending on how they are used.

Bolts are often used to make a bolted joint. This is a combination of the nut applying an axial clamping force and also the shank of the bolt acting as a dowel, pinning the joint against sideways shear forces. For this reason, many bolts have a plain unthreaded shank (called the grip length) as this makes for a better, stronger dowel. The presence of the unthreaded shank has often been given as characteristic of bolts vs. screws,^[3] but this is incidental to its use, rather than defining. The grip length should be chosen carefully, to be around the same length as the thickness of the materials, and any washers, bolted together.^[4] Too short places the dowel shear load onto the threads, which may cause fretting wear on the hole. Too long prevents the nut from being tightened down correctly. No more than two turns of the thread should be within the hole.^[4]

Where a fastener forms its own thread in the component being fastened, it is called a screw.^[2] This is most obviously so when the thread is tapered (i.e. traditional wood screws), precluding the use of a nut,^[2] or when a sheet metal screw or other thread-forming screw is used.

A screw must always be turned to assemble the joint. Many bolts are held fixed in place during assembly, either by a tool or by a design of non-rotating bolt, such as a carriage bolt, and only the corresponding nut is turned.

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A

The distinction between a bolt and a screw is commonly misunderstood. There are several practical differences, but most have some degree of overlap between bolts and screws.

The defining distinction, per Machinery's Handbook,^[2] is in their intended purpose: Bolts are for the assembly of two unthreaded components, with the aid of a nut. Screws in contrast are used in components which contain their own thread, and the screw may even cut its own internal thread into them. Many threaded fasteners can be described as either screws or bolts, depending on how they are used.

Bolts are often used to make a bolted joint. This is a combination of the nut applying an axial clamping force and also the shank of the bolt acting as a dowel, pinning the joint against sideways shear forces. For this reason, many bolts have a plain unthreaded shank (called the grip length) as this makes for a better, stronger dowel. The presence of the unthreaded shank has often been given as characteristic of bolts vs. screws,^[3] but this is incidental to its use, rather than defining. The grip length should be chosen carefully, to be around the same length as the thickness of the materials, and any washers, bolted together.^[4] Too short places the dowel shear load onto the threads, which may cause fretting wear on the hole. Too long prevents the nut from being tightened down correctly. No more than two turns of the thread should be within the hole.^[4]

Where a fastener forms its own thread in the component being fastened, it is called a screw.^[2] This is most obviously so when the thread is tapered (i.e. traditional wood screws), precluding the use of a nut,^[2] or when a sheet metal screw or other thread-forming screw is used.

A screw must always be turned to assemble the joint. Many bolts are held fixed in place during assembly, either by a tool or by a design of non-rotating bolt, such as a carriage bolt, and only the corresponding nut is turned.

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A

The distinction between a bolt and a screw is commonly misunderstood. There are several practical differences, but most have some degree of overlap between bolts and screws.

The defining distinction, per Machinery's Handbook,^[2] is in their intended purpose: Bolts are for the assembly of two unthreaded components, with the aid of a nut. Screws in contrast are used in components which contain their own thread, and the screw may even cut its own internal thread into them. Many threaded fasteners can be described as either screws or bolts, depending on how they are used.

Bolts are often used to make a bolted joint. This is a combination of the nut applying an axial clamping force and also the shank of the bolt acting as a dowel, pinning the joint against sideways shear forces. For this reason, many bolts have a plain unthreaded shank (called the grip length) as this makes for a better, stronger dowel. The presence of the unthreaded shank has often been given as characteristic of bolts vs. screws,^[3] but this is incidental to its use, rather than defining. The grip length should be chosen carefully, to be around the same length as the thickness of the materials, and any washers, bolted together.^[4] Too short places the dowel shear load onto the threads, which may cause fretting wear on the hole. Too long prevents the nut from being tightened down correctly. No more than two turns of the thread should be within the hole.^[4]

Where a fastener forms its own thread in the component being fastened, it is called a screw.^[2] This is most obviously so when the thread is tapered (i.e. traditional wood screws), precluding the use of a nut,^[2] or when a sheet metal screw or other thread-forming screw is used.

A screw must always be turned to assemble the joint. Many bolts are held fixed in place during assembly, either by a tool or by a design of non-rotating bolt, such as a carriage bolt, and only the corresponding nut is turned.

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A

The distinction between a bolt and a screw is commonly misunderstood. There are several practical differences, but most have some degree of overlap between bolts and screws.

The defining distinction, per Machinery's Handbook,^[2] is in their intended purpose: Bolts are for the assembly of two unthreaded components, with the aid of a nut. Screws in contrast are used in components which contain their own thread, and the screw may even cut its own internal thread into them. Many threaded fasteners can be described as either screws or bolts, depending on how they are used.

Bolts are often used to make a bolted joint. This is a combination of the nut applying an axial clamping force and also the shank of the bolt acting as a dowel, pinning the joint against sideways shear forces. For this reason, many bolts have a plain unthreaded shank (called the grip length) as this makes for a better, stronger dowel. The presence of the unthreaded shank has often been given as characteristic of bolts vs. screws,^[3] but this is incidental to its use, rather than defining. The grip length should be chosen carefully, to be around the same length as the thickness of the materials, and any washers, bolted together.^[4] Too short places the dowel shear load onto the threads, which may cause fretting wear on the hole. Too long prevents the nut from being tightened down correctly. No more than two turns of the thread should be within the hole.^[4]

Where a fastener forms its own thread in the component being fastened, it is called a screw.^[2] This is most obviously so when the thread is tapered (i.e. traditional wood screws), precluding the use of a nut,^[2] or when a sheet metal screw or other thread-forming screw is used.

A screw must always be turned to assemble the joint. Many bolts are held fixed in place during assembly, either by a tool or by a design of non-rotating bolt, such as a carriage bolt, and only the corresponding nut is turned.

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A

We are successfully meeting the varied needs of our patrons by offering a wide gamut of High Tension Nut Boltas per their precise needs.

The distinction between a bolt and a screw is commonly misunderstood. There are several practical differences, but most have some degree of overlap between bolts and screws.

The defining distinction, per Machinery's Handbook,^[2] is in their intended purpose: Bolts are for the assembly of two unthreaded components, with the aid of a nut. Screws in contrast are used in components which contain their own thread, and the screw may even cut its own internal thread into them. Many threaded fasteners can be described as either screws or bolts, depending on how they are used.

Bolts are often used to make a bolted joint. This is a combination of the nut applying an axial clamping force and also the shank of the bolt acting as a dowel, pinning the joint against sideways shear forces. For this reason, many bolts have a plain unthreaded shank (called the grip length) as this makes for a better, stronger dowel. The presence of the unthreaded shank has often been given as characteristic of bolts vs. screws,^[3] but this is incidental to its use, rather than defining. The grip length should be chosen carefully, to be around the same length as the thickness of the materials, and any washers, bolted together.^[4] Too short places the dowel shear load onto the threads, which may cause fretting wear on the hole. Too long prevents the nut from being tightened down correctly. No more than two turns of the thread should be within the hole.^[4]

Where a fastener forms its own thread in the component being fastened, it is called a screw.^[2] This is most obviously so when the thread is tapered (i.e. traditional wood screws), precluding the use of a nut,^[2] or when a sheet metal screw or other thread-forming screw is used.

A screw must always be turned to assemble the joint. Many bolts are held fixed in place during assembly, either by a tool or by a design of non-rotating bolt, such as a carriage bolt, and only the corresponding nut is turned.

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A

We have in store a wide array of Hose Clamp, which is made keeping in mind the requirements of chemical, food and marine industry at our vendors' end. Our vendors design the offered hose clamp as using advanced tool to ensure their accurate design. Moreover, they manufacture these hose clamps by making use of high grade raw material to provide non throbbing surfaces on the clamp which protect the hose from damages. Apart from this, a a recommended clip can be used for smaller diameters in case of emergency requirements since the perforations on the clamps are done at extended lengths.

 

Features:

• Seal the hose onto a fixed fitting
• Protects the hose
• Longer service life

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A

We are successfully meeting the varied needs of our patrons by offering a wide gamut of High Tension Nut Boltas per their precise needs.

The distinction between a bolt and a screw is commonly misunderstood. There are several practical differences, but most have some degree of overlap between bolts and screws.

The defining distinction, per Machinery's Handbook,^[2] is in their intended purpose: Bolts are for the assembly of two unthreaded components, with the aid of a nut. Screws in contrast are used in components which contain their own thread, and the screw may even cut its own internal thread into them. Many threaded fasteners can be described as either screws or bolts, depending on how they are used.

Bolts are often used to make a bolted joint. This is a combination of the nut applying an axial clamping force and also the shank of the bolt acting as a dowel, pinning the joint against sideways shear forces. For this reason, many bolts have a plain unthreaded shank (called the grip length) as this makes for a better, stronger dowel. The presence of the unthreaded shank has often been given as characteristic of bolts vs. screws,^[3] but this is incidental to its use, rather than defining. The grip length should be chosen carefully, to be around the same length as the thickness of the materials, and any washers, bolted together.^[4] Too short places the dowel shear load onto the threads, which may cause fretting wear on the hole. Too long prevents the nut from being tightened down correctly. No more than two turns of the thread should be within the hole.^[4]

Where a fastener forms its own thread in the component being fastened, it is called a screw.^[2] This is most obviously so when the thread is tapered (i.e. traditional wood screws), precluding the use of a nut,^[2] or when a sheet metal screw or other thread-forming screw is used.

A screw must always be turned to assemble the joint. Many bolts are held fixed in place during assembly, either by a tool or by a design of non-rotating bolt, such as a carriage bolt, and only the corresponding nut is turned.

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A

Our manufactured U Clamp for Piping are manufactured from high grade quality material. These are known for their unmatched quality and unbeatable price in market. These are available in multiple sizes and load bearing capacities, our U clamps can cater varied needs of the clients. U Clamp are used household or any piping purpose.

Features:

• High Load Capacity due to one piece design.
• Supplied with two or four Nuts.
• Special U Bolts with longer tangents and threads can be furnished on request.

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A

We have in store a wide array of Stainless Steel Worm Drive Hose Clamp, which is made keeping in mind the requirements of chemical, food and marine industry at our vendors' end. Our vendors design the offered hose clamp as using advanced tool to ensure their accurate design. Moreover, they manufacture these hose clamps by making use of high grade raw material to provide non throbbing surfaces on the clamp which protect the hose from damages. Apart from this, a a recommended clip can be used for smaller diameters in case of emergency requirements since the perforations on the clamps are done at extended lengths.

 

Features:

• Seal the hose onto a fixed fitting
• Protects the hose
• Longer service life

We have in store a wide array of Hose Clamp, which is made keeping in mind the requirements of chemical, food and marine industry at our vendors' end. Our vendors design the offered hose clamp as using advanced tool to ensure their accurate design. Moreover, they manufacture these hose clamps by making use of high grade raw material to provide non throbbing surfaces on the clamp which protect the hose from damages. Apart from this, a a recommended clip can be used for smaller diameters in case of emergency requirements since the perforations on the clamps are done at extended lengths.

 

Features:

• Seal the hose onto a fixed fitting
• Protects the hose
• Longer service life