Welcome to Neo Fasteners

– Precision, Strength & Reliability in Every Fastener

At Neo Fasteners, we are not just suppliers — we are partners in your success. With a foundation built on integrity, quality, and a deep understanding of industrial requirements, Neo Fasteners has grown to become one of the most trusted names in the fastener and industrial tooling supply sector.

We specialize in delivering a complete range of fasteners and tooling components that serve a wide array of industries across India and beyond. Whether you’re building massive infrastructure, assembling advanced machinery, or managing daily industrial operations, we supply the fastening solutions that hold everything together.

Who We Are

Founded with a commitment to offer high-quality fasteners at competitive prices, Neo Fasteners brings together years of experience, technical knowledge, and a customer-first approach. From small businesses to large enterprises, we cater to clients who seek dependable products and consistent service.

Our extensive inventory includes a variety of materials such as:

• Stainless Steel – Corrosion-resistant, strong, and ideal for harsh environments.
  
  

• High Tensile Steel – Made for load-bearing and high-pressure applications.
  
  

• Mild Steel – A cost-effective solution for standard fastening needs.
  
  

• Brass – Great for electrical conductivity and aesthetic applications.
  
  

• Nylon – Lightweight and non-corrosive, perfect for specialized plastic fasteners.
  
  

Additionally, we stock a wide range of Drill Bits, Tap Sets, and customized tools, making us a one-stop destination for your complete fastening toolkit.

Our Product Portfolio

At Neo Fasteners, we understand that no two jobs are alike. That’s why we carry an expansive selection of fasteners to meet every specification:

🔩 Fasteners

• Hex Bolts, Socket Head Bolts, Carriage Bolts, U-Bolts, Eye Bolts
  
  

✅ 1. Anchor Bolts

Used to attach structures to concrete. These are embedded in concrete and provide strong holding power for structural elements.

✅ 2. Arbor Bolts

Specialized bolts with a washer permanently attached under the head and reverse threading. Commonly used in tools like saws to secure blades.

✅ 3. Blind Bolts

Designed for applications where only one side of the material is accessible. Ideal for aerospace, automotive, and structural work.

✅ 4. Carriage Bolts

Feature a smooth, rounded head and a square neck under the head to prevent spinning. Often used in wood-to-metal or wood-to-wood connections.

✅ 5. Elevator Bolts

Have a large, flat head and thin body, used mainly in conveyor systems to hold belts and pulleys.

✅ 6. Eye Bolts

Bolts with a loop (eye) on one end for attaching cables, chains, or ropes. Used in lifting or rigging applications.

✅ 7. Flange Bolts

Have a built-in washer-like flange under the head to distribute pressure and eliminate the need for a separate washer.

✅ 8. Hex Bolts

One of the most common types, with a six-sided head and used with a nut or tapped hole. Suitable for construction and repair.

✅ 9. J-Bolts

Shaped like the letter "J" and often embedded in concrete to serve as anchors for structural supports.

✅ 10. Lag Bolts (Lag Screws)

Large wood screws with a hex head, used to secure heavy lumber or other heavy materials that bear an intense load.

✅ 11. Machine Bolts

Have a uniform diameter and coarse threads. Typically used with a nut or tapped hole in metal connections.

✅ 12. Hanger Bolts

Dual-threaded bolts with wood screw threads on one end and machine threads on the other. Often used in wood furniture.

✅ 13. Plow Bolts

Similar to carriage bolts but with a flat countersunk head. Common in agricultural and construction equipment.

✅ 14. Rock Bolts

Used in mining and tunneling to stabilize rock excavations. They anchor into the rock to prevent movement or collapse.

✅ 15. Serrated Flange Bolts

Have serrations under the flange to grip the mating surface and resist loosening due to vibration.

✅ 16. Sex Bolts (Chicago Bolts)

Consist of a barrel and a mating screw. Common in architectural applications, signs, and bookbinding.

✅ 17. Shoulder Bolts (Stripper Bolts)

Have a long, smooth shoulder with threads at the end. Used for rotating parts, pulleys, or pivot points.

✅ 18. Socket Head Bolts

Feature a cylindrical head and require an Allen key (hex socket) for installation. Useful in tight spaces.

✅ 19. Square Bolts

Have a square head instead of hex, often used in older or decorative hardware, or where a wrench may not fit.

✅ 20. Stud Bolts

Fully threaded rods without a head. Available in types:

• Double End Studs: Threads on both ends.
  
  

• Tap End Studs: One end has a shorter thread to be tapped into a hole.
  
  

✅ 21. T-Head Bolts

The head is shaped like a “T”, designed to be inserted into a slot or groove, commonly used in machine tables or tracks.

✅ 22. Tap Bolts

Fully threaded hex head bolts used in tapped holes, not requiring a nut.

✅ 23. Toggle Bolts

Used in hollow walls. Have spring-loaded wings that open inside the wall to provide support.

✅ 24. Track Bolts

Used in railway construction and crane rail applications, with a domed or elliptical head and square neck to resist turning.

✅ 25. U-Bolts

U-shaped bolts with threads on both ends, used to clamp pipes, tubing, or round stock to surfaces.

🔩 Types of Allen (Hex Socket) Screws/Bolts

✅ 1. Socket Head Cap Screw

• Head: Cylindrical with a recessed hex drive.
  
  

• Use: High-strength applications where space is limited.
  
  

• Common in: Machinery, automotive, aerospace.
  
  

✅ 2. Button Head Cap Screw

• Head: Low-profile, rounded top with a hex recess.
  
  

• Use: For applications needing a smooth appearance but less torque than socket heads.
  
  

• Common in: Furniture, enclosures, electronics.
  
  

✅ 3. Flat Head Socket Cap Screw

• Head: Countersunk with a hex socket.
  
  

• Use: Sits flush with the surface; ideal where a smooth finish is needed.
  
  

• Common in: Aerospace, electronics, fixtures.
  
  

✅ 4. Low Head Socket Cap Screw

• Head: Thinner than standard socket heads.
  
  

• Use: For tight clearance applications.
  
  

• Common in: Compact assemblies where protruding heads are not acceptable.
  
  

✅ 5. Shoulder Bolt (Stripper Bolt)

• Head: Cylindrical with a hex socket; has an unthreaded shoulder between the head and threads.
  
  

• Use: Acts as a shaft for rotating or sliding parts.
  
  

• Common in: Machinery, pulleys, linkages.
  
  

✅ 6. Set Screw (Grub Screw)

• Head: No head; entirely threaded with a hex socket at one end.
  
  

• Use: To secure an object within another (e.g., a gear on a shaft).
  
  

• Common in: Shafts, collars, knobs.
  
  

✅ 7. Countersunk Button Head Screw

• Head: A mix between a flat and button head, flush finish with a smooth surface.
  
  

• Use: Aesthetic and functional applications requiring a lower profile than a typical button head.
  
  

✅ 8. Tamper-Resistant Allen Screws

• Head: Modified hex socket (e.g., with a center pin) to prevent standard Allen keys from fitting.
  
  

• Use: Security applications to prevent unauthorized removal.
  
  

• 🔩 Types of Nuts
  
  

• Hex Nuts, Flange Nuts, Lock Nuts, Dome Nuts
  
  

It looks like you're asking about types of nut fasteners again! Here's a recap of the different types:

1. Hex Nut – Standard, six-sided nut used with bolts.
   
   

2. Wing Nut – A hand-tightened nut with wings on either side for easy adjustment.
   
   

3. Lock Nut – Resists loosening, usually with a nylon insert or metal design.
   
   

4. Cap Nut – Covers the end of the bolt, providing a finished look and safety.
   
   

5. Acorn Nut – A domed nut that provides a finished appearance while protecting the threads.
   
   

6. Flange Nut – Has an integrated flange to distribute load and resist loosening.
   
   

7. Coupling Nut – A long nut used to join two bolts or rods.
   
   

8. Square Nut – Offers more surface area for gripping and tightening.
   
   

9. T-Nut – A nut designed for insertion into wood or soft material.
   
   

10. Locking Nut (Nylon Lock Nut) – Features a nylon insert to prevent loosening.
    
    

11. Jam Nut – A thin nut used in conjunction with another nut to secure it tightly. Typically used to lock a nut in place.
    
    

12. Castle Nut – A nut with slots on the top that requires a cotter pin to secure it. Often used in automotive and machinery applications.
    
    

13. Serrated Flange Nut – Similar to the flange nut but with serrations on the flange. The serrations dig into the material to help prevent loosening.
    
    

14. Bi-hex Nut – A nut with twelve sides (instead of the standard six). This provides a greater surface area for grip.
    
    

15. Easton Nut – A unique type of nut used in applications requiring high precision and strength.
    
    

16. Knurled Nut – A nut that has a textured surface, often used when a tool-free hand-tightening method is necessary.
    
    

17. Locking Hex Nut – A hex nut with a built-in locking mechanism to prevent it from loosening due to vibrations, often with a nylon insert or metal collar.
    
    

18. Tee Nut – A type of nut with a T-shape that allows for secure fastening into softer materials like wood.
    
    

19. Push Nut – A type of nut that is pressed onto the bolt or shaft, providing a fast and secure way of fastening without threading.
    
    

20. Flanged Hex Nut – Similar to a regular hex nut but with a larger, integral flange that helps distribute the load and provides extra support.
    
    

These nuts vary in shape, size, and design, depending on the intended application. Let me know if you want more details on any of these!

• Screws – Machine Screws, Self-Tapping Screws, Wood Screws, Sheet Metal Screws
  
  

🔩 Types of Machine Screws

1. Pan Head Machine Screw
   
   

   • Rounded top with flat bearing surface.
     
     

   • Common in general-purpose assembly.
     
     

2. Flat Head Machine Screw
   
   

   • Conical head that sits flush with the surface when countersunk.
     
     

   • Ideal for smooth finishes.
     
     

3. Oval Head Machine Screw
   
   

   • Slightly rounded top with a countersunk bottom.
     
     

   • Offers a decorative finish while staying flush.
     
     

4. Round Head Machine Screw
   
   

   • Domed top and a flat underside.
     
     

   • Protrudes from the surface, used where countersinking isn’t needed.
     
     

5. Truss Head Machine Screw
   
   

   • Extra-wide, slightly rounded head for holding soft materials like sheet metal or plastic.
     
     

6. Socket Head Machine Screw
   
   

   • Cylindrical head driven with an Allen (hex) wrench.
     
     

   • Used in tight or precise mechanical assemblies.
     
     

7. Button Head Machine Screw
   
   

   • Low-profile domed head with hex drive.
     
     

   • Offers a smooth appearance and moderate holding power.
     
     

8. Hex Head Machine Screw
   
   

   • Hexagonal head, can be tightened with a wrench.
     
     

   • Good for heavy-duty applications.
     
     

9. Phillips Head Machine Screw
   
   

   • Cross-shaped drive to reduce slippage.
     
     

   • Often found in electronics and appliances.
     
     

10. Slotted Head Machine Screw
    
    

    • Traditional straight-slot drive.
      
      

    • Easy to strip, but still used in some electrical and decorative applications.
      
      

11. Combination Head Machine Screw
    
    

    • Accepts both Phillips and slotted drivers.
      
      

    • Versatile and convenient for assembly lines.
      
      

12. Torx Head Machine Screw
    
    

    • Star-shaped recess for high torque transfer.
      
      

    • Common in electronics, automotive, and tamper-resistant applications.
      
      

13. Thumb Screw
    
    

    • Large, knurled head for manual adjustment without tools.
      
      

    • Used in equipment panels and fixtures.

• 🔩 Types of Washers

• Washers – Plain Washers, Spring Washers, Star Washers
  
  

✅ 1. Flat Washer

• Purpose: Distributes load over a larger area.
  
  

• Use: Prevents damage to the surface and used with bolts and nuts.
  
  

✅ 2. Spring Washer (Split Lock Washer)

• Purpose: Prevents loosening from vibration.
  
  

• Use: Adds tension and resists rotational movement.
  
  

✅ 3. Fender Washer

• Purpose: Extra-large outer diameter.
  
  

• Use: Spreads load over thin or soft materials like sheet metal or plastic.
  
  

✅ 4. Lock Washer (Various Types)

• Purpose: Prevents fasteners from loosening.
  
  

• Common Types:
  
  

  • Split Lock Washer
    
    

  • Toothed Lock Washer (Internal or External Tooth)
    
    

  • Wedge Lock Washer – for extreme vibration conditions.
    
    

✅ 5. Sealing Washer (Bonded Washer)

• Purpose: Prevents leakage.
  
  

• Use: Contains a rubber or silicone insert, used in plumbing and hydraulic systems.
  
  

✅ 6. Belleville Washer (Conical Spring Washer)

• Purpose: Acts as a spring under load.
  
  

• Use: Used in applications requiring preload or flexible tensioning.
  
  

✅ 7. Wave Washer

• Purpose: Provides spring pressure with a wave shape.
  
  

• Use: Ideal for limited radial space and dynamic loads.
  
  

✅ 8. Shoulder Washer (Insulating Washer)

• Purpose: Electrically insulates fasteners.
  
  

• Use: Common in electronic and PCB assemblies.
  
  

✅ 9. C-Washer

• Purpose: Quick assembly/disassembly.
  
  

• Use: Slides into place rather than threading on.
  
  

✅ 10. Countersunk Washer

• Purpose: Matches the profile of a countersunk screw.
  
  

• Use: Allows countersunk fasteners to sit flush on irregular surfaces.
  
  

✅ 11. Tab Washer

• Purpose: Has a tab that locks in place.
  
  

• Use: Prevents rotation of the fastener, often used in automotive or aerospace assemblies.
  
  

✅ 12. Square Washer

• Purpose: Larger bearing surface than round washers.
  
  

• Use: Used with square-headed bolts and timber applications.
  
  

• 🔩 Types of Anchors
  
  Rawl Anchors, Sleeve Anchors, Wedge Anchors
  
  

✅ 1. Expansion Anchors

• Plastic Expansion Anchor – A simple, inexpensive anchor used for light-duty applications in drywall or masonry.
  
  

• Lead Expansion Anchor – A more robust anchor, typically used for heavy-duty applications in concrete or brick.
  
  

• Steel Expansion Anchor – A heavy-duty version of the lead anchor, often used for construction or structural applications.
  
  

✅ 2. Toggle Anchors (Toggle Bolts)

• Toggle Bolts – These anchors have a spring-loaded toggle that expands once inserted into a hollow wall, providing a secure hold for heavier loads.
  
  

• Plastic Toggle Anchor – Lighter-duty versions for use in drywall, where a spring-loaded toggle is inserted through the material to grip behind it.
  
  

✅ 3. Screw-in Anchors

• Self-Drilling Anchors (Drywall Anchors) – A screw anchor that drills itself into drywall, providing a strong hold without needing a pre-drilled hole.
  
  

• Threaded Drywall Anchor – A threaded anchor that screws directly into drywall, often used for medium-duty loads.
  
  

✅ 4. Masonry Anchors

• Concrete Screws – These are screws designed to go directly into concrete or masonry and create a strong hold.
  
  

• Sleeve Anchors – Commonly used in masonry, these anchors expand once inserted into a drilled hole, providing a secure fit.
  
  

• Wedge Anchors – Used in concrete, these are typically longer bolts that expand within the hole to secure an item.
  
  

✅ 5. Wall Plugs (Rawl Plugs)

• Plastic Wall Plug – A type of anchor used in conjunction with screws to hold items to a wall, typically used in drywall or soft masonry.
  
  

• Metal Wall Plug – Similar to plastic plugs but stronger, designed for harder materials like stone, brick, or concrete.
  
  

✅ 6. Nail-in Anchors

• Nail-in Plastic Anchors – Used for light loads, this anchor is installed by hammering it into drywall or soft wood.
  
  

• Nail-in Metal Anchors – Similar to plastic, but made from metal for slightly higher loads.
  
  

✅ 7. Cavity Wall Anchors

• Resin Cavity Anchors – Used in hollow walls (like brick or plasterboard), they expand and grip the cavity material to hold fasteners in place.
  
  

• Spring-Loaded Cavity Wall Anchor – These use a spring mechanism to expand and secure within a cavity.
  
  

✅ 8. Hammer Drive Anchors

• Hammer Drive Anchor – A type of anchor that is driven into a hole using a hammer. Once installed, the anchor provides a firm grip in concrete, brick, or masonry.
  
  

✅ 9. Stud Anchors

• Stud Wall Anchor – Used in walls with wood studs or metal studs, these anchors are designed to secure heavy objects into the studs.
  
  

✅ 10. Chemical Anchors

• Epoxy Anchor (Chemical Anchor) – A type of anchor that uses an epoxy resin to bond the anchor into the hole for a very strong hold, commonly used in concrete or stone.
  
  

✅ 11. Toggle Bolts

• Spring Toggle Anchor – Similar to a regular toggle bolt but with a spring mechanism that locks into place once installed.
  Here are more types of anchor fasteners to expand on the list:

✅ 12. Drop-In Anchors

• Drop-In Anchor – A type of anchor used in concrete, where the anchor is inserted into a pre-drilled hole and then expanded using a tool to secure it in place.
  
  

✅ 13. Push-In Anchors

• Push-In Anchor – A simple anchor that is inserted into a drilled hole without the need for any expansion or mechanical action. They are often used for light loads.
  
  

✅ 14. Self-Expanding Anchors

• Self-Expanding Nylon Anchor – A nylon anchor that expands as the screw is inserted, providing a secure grip in drywall or light masonry.
  
  

✅ 15. Sleeve Anchors (Heavy Duty)

• Heavy Duty Sleeve Anchors – These anchors expand inside a pre-drilled hole, creating a strong bond with the base material like concrete or brick. They are typically used in high-load applications.
  
  

✅ 16. Machine Screw Anchors

• Machine Screw Anchor – Designed to accept machine screws, these anchors are often used in concrete and masonry. They are screwed in place and provide a tight hold.
  
  

✅ 17. Clamshell Anchors

• Clamshell Anchor – This anchor has a unique clamshell design that expands once inserted into a wall, often used in soft materials like drywall.
  
  

✅ 18. Fiberboard Anchors

• Fiberboard Anchor – These are used for securing fixtures to fiberboard or softboards, often used in low-load applications.
  
  

✅ 19. Polymer Anchors

• Polymer Wall Anchor – These are lightweight, durable anchors made from polymer materials, often used in lightweight masonry or drywall.
  
  

✅ 20. Screw-Through Anchors

• Screw-Through Anchor – These anchors allow the bolt to pass through the anchor, which then expands into the material. These anchors are ideal for heavier-duty applications.
  
  

✅ 21. Rail Anchors

• Rail Anchor – Used in applications like railroad construction or heavy-duty machinery, these anchors are designed to secure rails or heavy steel components.
  
  

✅ 22. Seismic Anchors

• Seismic Anchor – These anchors are designed to withstand high forces, such as during an earthquake. They are often used in construction or infrastructure projects.
  
  

✅ 23. Concrete Sleeves

• Concrete Sleeve Anchor – A hybrid between an expansion anchor and a sleeve anchor, these are used to attach fixtures to concrete or masonry with a firm hold.
  
  

✅ 24. Conical Anchors

• Conical Expansion Anchor – Used in concrete or masonry, this anchor has a conical shape that provides excellent holding power once expanded.
  
  

✅ 25. Heavy-Duty Hammer Drive Anchors

• Heavy-Duty Hammer Drive Anchor – A variation of the hammer drive anchor but designed for more demanding applications in concrete or masonry.
  
  

✅ 26. Blind Rivet Anchors

• Blind Rivet Anchor – A type of anchor that uses a rivet to expand inside the material to secure it. This is useful when access is only available on one side of the material.
  
  

✅ 27. Double Expansion Anchors

• Double Expansion Anchor – An anchor that expands in two directions, offering additional strength and stability in masonry applications.
  
  

These anchors vary widely in their applications, materials, and weight capacity. Let me know if you need more details about a particular type or if you have more specific questions!

🔩 Types of Pins:

• Pins & Studs – Cotter Pins, Dowel Pins, Threaded Studs, Circlips
  
  

Pins are generally used to align or secure parts in place, and they come in many types depending on the application.

1. Straight Pins (or Dowel Pins)
   
   

   • Solid Dowel Pins – These are solid, cylindrical pins used for precise alignment or holding parts together. They are commonly used in woodworking and machinery.
     
     

   • Tapered Dowel Pins – Tapered pins that provide a firm hold, often used in applications requiring easy insertion and removal.
     
     

2. Cotter Pins
   
   

   • A type of pin used to secure a bolt or shaft in place. The ends of the cotter pin are bent to prevent it from coming out once it’s inserted into the hole.
     
     

3. Split Pins (or Cotter Split Pins)
   
   

   • These pins are split down the middle and bent to lock in place after being inserted through a hole, securing components like bolts.
     
     

4. Hairpins (or Hairpin Cotter Pins)
   
   

   • A type of split pin that resembles a hairpin, typically used for light-duty applications like securing small parts.
     
     

5. Clevis Pins
   
   

   • A type of pin used in a clevis, typically used to secure a part to a fork or linkage in machinery, automotive, or agricultural applications.
     
     

6. Spring Pins (or Roll Pins)
   
   

   • Hollow pins that compress when inserted into a hole, expanding to fit tightly and secure parts. Often used in mechanical and automotive systems for positioning and locking.
     
     

7. Tension Pins
   
   

   • Used to secure parts that need to move in relation to each other but stay aligned. These are typically used for tensioning cables or components.
     
     

8. Grooved Pins
   
   

   • These pins have grooves along their length that help them stay in place when inserted into a hole. They are used to secure components in place without the need for additional hardware.
     
     

9. Straight Knurled Pins
   
   

   • A pin with a knurled surface for a better grip, often used to resist rotational forces or vibration.
     
     

10. Spring-Loaded Pins
    
    

    • Pins with a spring inside that allows them to retract and extend. They are commonly used in applications requiring quick engagement or disengagement, like on machinery or in assembly operations.
      
      

11. Pneumatic Pins
    
    

    • Pins that are used in systems that involve air pressure to assist in insertion or removal, often used in pneumatic systems.
      
      

12. Dowel Pin (with Head)
    
    

    • Similar to a standard dowel pin but with a head on one end, used for more precise locating and alignment.
      
      

•  Here are additional types of pins and studs to further expand the list:

Additional Types of Pins:

16. Quick Release Pins
    
    

• These pins have a mechanism, like a spring-loaded ball or pin, that allows for quick insertion and removal, commonly used in machinery, automotive, or recreational vehicles.
  
  

17. Clevis Pins with Cotter Pin
    
    

• A type of pin used with a cotter pin to prevent it from falling out, commonly found in mechanical linkages, suspension systems, or heavy machinery.
  
  

18. Hitch Pins
    
    

• A type of pin used for securing hitches or trailer couplings. It often has a large ring or spring mechanism for quick release.
  
  

19. Pin Rivets
    
    

• Similar to standard pins, but these are used in conjunction with a rivet system where the pin is inserted and then deformed to hold it in place permanently.
  
  

20. Drive Pins
    
    

• Pins that are driven into a material (often concrete or masonry) with a hammer or other tool, providing a secure fasten without needing threads.
  
  

21. Retaining Pins
    
    

• These are used to retain a part in place. Retaining pins can be used in many mechanical systems to hold shafts or other parts securely.
  
  

22. Spring Cotter Pins
    
    

• A variation of cotter pins, but with spring-loaded mechanisms that keep the pin locked in place more securely, often used in automotive or mechanical systems.
  
  

23. Universal Pins
    
    

• Versatile pins designed to be used in a wide range of applications, including automotive, machinery, and structural work. These pins have no specific shape and can fit various holes.
  
  

24. Slotted Pins
    
    

• A pin with a long, narrow slot along the length. This allows the pin to compress slightly for insertion into tight spaces, often used in situations requiring light alignment.
  
  

25. Groove Pins
    
    

• These pins feature deep grooves along the surface, allowing them to grip better within their holes, which helps to resist rotation or vibration in mechanical applications.
  When talking about pins and studs in the context of fasteners, they are used for securing, aligning, or positioning components. Here’s a breakdown of the different types:

🔩 Additional Types of Studs:

Studs are threaded fasteners that are often used to hold two components together or to provide a secure anchor point for further hardware.

1. Fully Threaded Stud
   
   

   • A stud that is threaded along its entire length. These are used when both ends need to accept nuts or other hardware.
     
     

2. Partially Threaded Stud
   
   

   • A stud that is threaded on one end (usually the portion inserted into a material), while the other end remains unthreaded, used for situations where one end is fixed and the other allows for easy adjustment or mounting.
     
     

3. Double Ended Stud
   
   

   • A stud that has threads on both ends. This type of stud is used to fasten two components together, with the stud threaded into both parts.
     
     

4. Lag Studs
   
   

   • Heavy-duty studs used for wood or concrete applications. These have a coarser thread for better grip in softer materials.
     
     

5. Tapered Stud
   
   

   • A stud with one end that tapers to a point, used in applications requiring precise insertion, often in automotive or machinery settings.
     
     

6. Carriage Bolt Stud
   
   

   • A stud that has a round, smooth head on one side and threaded on the other, often used in wood or steel construction.
     
     

7. Concrete Studs
   
   

   • Heavy-duty, corrosion-resistant studs used specifically for fastening to concrete or masonry materials. Typically used in heavy construction.
     
     

8. Weld Studs
   
   

   • A type of stud that is welded to a surface (usually metal). These are commonly used for providing a thread or attachment point to a metal surface.
     
     

9. Hex-Head Stud
   
   

   • A stud with a hexagonal head on one end, often used when the stud needs to be tightened with a wrench. The threaded part of the stud is on the other end.
     
     

10. Flange Stud
    
    

    • A stud with a built-in flange or collar, often used to secure components that need to be flush against a surface.
      
      

11. Shoulder Stud
    
    

    • A stud with a shoulder (unthreaded portion) between the threaded ends. These are used to provide a fixed center point for rotating or moving parts.
      
      

12. Ball Stud
    
    

    • A stud with a rounded end that allows parts to pivot or rotate around the stud. These are used in automotive, machinery, or suspension systems.
      
      

13. Pipe Studs
    
    

    • A type of stud used to connect pipes, often found in plumbing or pipe systems, offering a strong hold for connecting pipe fittings.
      
      

14. Hexagon Head Studs
    
    

    • Studs with a hexagon-shaped head on one end for easy tightening with a wrench. These are used in various industries including automotive, machinery, and construction.
      
      

15. Threaded Rod Studs
    
    

    • Long, straight rods that are threaded on both ends and used when longer attachment points are needed. These are often cut to size to fit specific applications.
      
      

16. Flanged Stud
    
    

• A stud that has a flange (or collar) around one end, often used for load-bearing applications where additional surface area is required.
  
  

17. Threaded Flange Studs
    
    

• These studs are designed with a flange and threads on both ends, allowing them to secure parts and act as a fastening point for nuts or other hardware.
  
  

18. Tension Stud
    
    

• A stud used to hold components under tension, frequently used in suspension systems, bridges, or heavy-duty construction work.
  
  

19. Bolt-Type Stud
    
    

• A stud with a threaded portion on both ends that resembles a bolt, used for fastening parts that need to be tightened with nuts.
  
  

20. Knurled Studs
    
    

• These studs have a knurled surface, providing a better grip when they are inserted or removed. Often used in components that are subject to regular maintenance.
  
  

21. Sleeve Type Studs
    
    

• These are studs with an inner sleeve that allows for easy insertion and removal without direct threading, commonly used for alignment in machinery.
  
  

22. Locking Studs
    
    

• Studs with locking features (e.g., a locking nut or groove) to prevent them from loosening under high vibration or load conditions.
  
  

23. Blind Threaded Studs
    
    

• These studs are used when one side of the stud needs to remain hidden, allowing for a smooth exterior or appearance, while the other side is fully threaded.
  
  

24. Swage Studs
    
    

• A type of stud that is pressed or swaged into a base material without requiring threading, used in applications like car bodywork or thin-walled materials.
  
  

25. Pin-Type Studs
    
    

• A stud with a small pin or tapered end that helps to ensure secure fastening and is used for lightweight assemblies or fine threads.
  
  

26. Cylindrical Studs
    
    

• These studs are cylindrical and may or may not be threaded along the entire length. They are often used for connecting components in machinery and heavy construction.
  
  

27. Heavy Duty Threaded Studs
    
    

• Larger, thicker studs with high tensile strength, typically used in high-load or industrial applications, such as structural beams or large-scale machinery.
  
  

28. Double-Sided Threaded Studs
    
    

• Studs with threads on both ends, allowing them to be used as anchors or support points in various materials.
  
  

29. Adjustable Studs
    
    

• These studs allow for fine adjustments, often used in construction, automotive, or mechanical applications where precision is needed.
  
  

30. Chemical Bonded Studs
    
    

• Studs that are chemically bonded (using adhesives or epoxy) to provide a strong, secure attachment in materials where traditional fasteners are difficult to use.
  
  

This list now includes even more types of pins and studs, showing how diverse these fasteners can be for different industries, applications, and material types. If you need specific details on any of them or have any other questions, feel free to ask!

🛠️ Tools & Accessories

• Drill Bits – High-speed steel (HSS), Cobalt, Carbide-tipped for all surfaces
  
  

• Tap Sets – Metric & Imperial, hand and machine taps
  
  

• Threading Tools – Dies, Die Stocks, Thread Gauges
  
  

🔧 Custom Fasteners

Need a special size, thread type, or finish? We manufacture and source fasteners to custom specifications, with coatings like zinc plating, galvanization, black oxide, chrome plating, and more.

Industries We Serve

Our products are used across various sectors including:

• Construction & Infrastructure
  For structural joints, steel reinforcements, and building supports.
  
  

• Automotive
  Used in engine assemblies, chassis, electrical systems, and interiors.
  
  

• Electrical & Electronics
  Brass and nylon fasteners for circuit boards, insulation, and connections.
  
  

• Mechanical Engineering
  High-performance bolts and tools for machinery, robotics, and manufacturing.
  
  

• Oil, Gas & Marine
  Stainless steel fasteners resistant to corrosion and extreme pressure.
  
  

• HVAC & Plumbing
  Precision fasteners for ducting, ventilation systems, and pipework.
  
  

Why Choose Neo Fasteners?

✔️ One-Stop Solution
All fasteners. All materials. One reliable source.

✔️ Stringent Quality Control
We work with certified manufacturers and conduct inspections at every stage.

✔️ Competitive Pricing
Affordable without compromising quality.

✔️ Rapid Delivery
Pan-India logistics and express delivery options.

✔️ Technical Expertise
Our team helps you choose the right fastening solution — every time.

✔️ Custom Orders
Flexible supply options for bulk, small-batch, or made-to-spec requirements.

Our Commitment to Quality

We firmly believe that fasteners are the hidden heroes of every project. That’s why we never compromise on quality. Our products conform to international standards such as ISO, ASTM, DIN, and IS specifications. Whether you're ordering 10 pieces or 10,000, each unit meets strict tolerance, finish, and strength criteria.

Let’s Build a Stronger Future – Together

Neo Fasteners is not just a supplier — we’re a strategic partner. From providing technical guidance to ensuring fast dispatch, we support your operations with a level of service that’s as reliable as the products we supply.

📍 Head Office: [S.P Road Bangalore, India]
📞 Call Us: [+91-96328 07665, +91-78294 07665, 080 4249 7910]​
📧 Email:  [neofasteners@yahoo.com]​
🌐 Website: Neo Fasteners
🌐 Website: Neo Fasteners