nut bolt washer product categories

What are the types of bolts products?

Bolts are diverse fasteners that come in various types, each designed for specific applications. Here are some of the common types of bolt products, nut bolt washer product type:

Hex Bolts (or Hexagon Bolts): Recognizable by their hexagonal head. They are general-purpose bolts and one of the most commonly used.
Carriage Bolts: Feature a round head with a square neck beneath, primarily used in wood applications.
Lag Bolts (or Lag Screws): Large wood screws with a hex or square head.
U-Bolts: U-shaped, they are typically used to attach pipes and other round objects to surfaces.
J-Bolts: J-shaped, they are often used to anchor bolts into concrete.
Eye Bolts: Have a circular loop on the head, used for attaching ropes or cables.
T-Bolts: Feature a T-shaped head, used in some clamping applications.
Flange Bolts: Incorporate a flange or washer-like base beneath the bolt head.
Anchor Bolts: Embedded in concrete or masonry, used to anchor structures.
Stove Bolts: Machine threaded bolts with a slotted or Phillips head.
Socket Cap Bolts: Designed to be driven by a socket wrench.
Plow Bolts: Used in the assembly of heavy equipment, they have a flat head.
Elevator Bolts: Have a large, flat head, used in conveyor systems.
Step Bolts: Similar to carriage bolts but with a lower profile.
Structural Bolts: Specifically designed for structural steel connections.
Wheel Bolts: Used to secure wheels on vehicles.
Stud Bolts: Threaded rods used in flange-to-flange connections.

Each type of bolt serves a unique purpose based on its design and the specific requirements of the application.

What are the types of Nuts products?

Nuts, like bolts, come in various types to suit different applications. Here are some common types of nut products:

Hex Nuts (or Hexagon Nuts): These have six flat sides and are the most common type of nut.
Nyloc Nuts (Nylon Lock Nuts): Hex nuts with a nylon insert that prevents them from loosening due to vibration.
Wing Nuts: These nuts have two “wings” that make them easy to tighten and loosen by hand. They’re often used in applications where tools aren’t readily available.
Cap Nuts (Acorn Nuts): These nuts have a domed cap that covers the end of a bolt. They are often used for decorative purposes and to protect threads from damage.
Square Nuts: Square-shaped with flat sides, they are often used in applications where the nut needs to stay in place.
T-Nuts: Shaped like a “T,” they are often used to create a threaded insert in wood or composite materials.
Flange Nuts: These nuts have a built-in washer (flange) that distributes the load and prevents the nut from sinking into the material.
Cage Nuts: These nuts have a spring-like cage that allows them to be easily inserted into square holes.
Slotted Nuts: These nuts have slots cut into the top, allowing them to be easily tightened or loosened with a screwdriver.
Kep Nuts (K-Nuts): These nuts have an attached washer-like base that provides extra grip and prevents over-tightening.
Jam Nuts: Thinner than standard nuts, they are often used as a secondary nut to prevent the main nut from loosening.
Castle Nuts (Castellated Nuts): These nuts have slots or notches and are often used in conjunction with a cotter pin to secure a bolt.
Dome Nuts: Similar to cap nuts, these have a rounded dome-shaped top and are often used for decorative purposes.
Lock Nuts: General term for nuts designed to resist loosening due to vibration or torque. Examples include prevailing torque nuts and distorted thread locknuts.
Flange Serrated Nuts: These nuts have serrations on the flange to grip the surface and resist loosening.
Panel Nuts: Often used in electronics and panels, these nuts have a thin profile.
Hex Coupling Nuts: Used to join two threaded rods or bolts.
High Nuts: Taller than standard nuts, they are used to provide extra thread engagement.
Weld Nuts: Designed to be welded to another surface.
Self-Locking Nuts: These nuts have features that prevent them from loosening under vibration or torque, without the need for additional locking devices.

The choice of nut depends on factors like the type of bolt, the material being fastened, the required torque, and the specific application requirements.

What are the types of washer products?

Washers are flat, typically round pieces of metal or non-metal materials designed to evenly distribute the load of a threaded fastener, such as a bolt or screw. They can also function as spacers, wear pads, vibration reducers, and locking devices. Here are some common types of washer products:

Flat Washers: Standard washers used to distribute the load across a wider surface area.
Spring Washers (or Split Lock Washers): Used to prevent nuts and bolts from coming loose due to vibrations.
Lock Washers: Provide a tighter connection and prevent the nut or bolt from turning due to vibration or torque.
Belleville Washers: Conical in shape, they can support high loads with relatively small deflections.
Fender Washers: Thinner than standard flat washers and have a larger outer diameter.
Square and Rectangular Washers: Often used in channel applications where a round washer would not fit.
Wave Washers: Used as cushions or spacers between parts, they have a wave in their flat outer ring.
Star Washers (or Toothed Lock Washers): Have teeth that extend inward or outward to bite into the bearing surface.
Countersunk Washers (or Finishing Washers): Used with flat or oval head screws where a finished appearance is desired.
Beveled Washers: Used in structural applications to ensure a flat bearing surface when a bolt will not be perpendicular to the surface.
Dome or Cup Washers: Convex shaped, typically used to protect materials or to cover holes.
Spherical Washers: Consist of two pieces and are used to correct misalignment.
Tab Washers: Feature a tab for indexing, aligning, and locking.
Shoulder Washers: Used for insulating screws, rods, or electric wires.
Ogee Washers: Used in dock and wood construction for its large bearing surface and the ability to cover large holes.
C-Washers: Have a slot cut from the center to the outside edge, used to make adjustments to connections.

Each type of washer serves a unique purpose based on its design and the specific requirements of the application.