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Hardware

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  1. Chains
  2. Corners
  3. Fasteners
  4. Fittings
  5. Gaskets & Washers
  6. General Hardware
  7. Grommets
  8. Handles
  9. Hangers
  10. Hinges
  11. Hooks
  12. Knobs
  1. Latches
  2. Locks
  3. Lugs
  4. Nailers
  5. Nipples
  6. O-Rings
  7. Pipe Fittings
  8. Plugs
  9. Riveters
  10. Seals & Rings
  11. Spacers
  12. Unions
Hardware info:

Though it is often associated with computer devices, “hardware” is actually a term designating any type of physical component in a technological system. These components can come in the form of tools, equipment, or connective material holding a machine together. For example, latches, keys, and gears are all types of hardware, regardless of whether they are used in a mainframe or a doorframe. In addition, hardware may be constructed from a variety of materials, including metal or plastic. Hardware is also commonly used to connote military apparatuses, such as tanks, aircrafts, and missiles.


As technology develops, so does its nomenclature. While initially signifying the metal hinges and fittings used to assemble a wooden machine, hardware has evolved to include printed circuit boards, microprocessors, and LED interfaces. In industrial production, hardware also refers to basic but necessary items such as gaskets, lugs, knobs, chains, spacers, seals, and locks.
Guides
Types of Sockets
This article provides details about the fundamentals of sockets.
Hinge Materials - Making the Right Choice for Doors
This article provides information about different kinds of materials used in hinges, and how each reacts in different applications.
Grade Markings and Mechanical Properties of Steel Fasteners
This article runs down many standard steel fastener types, specifically bolts and screws.
Fastener Material Selection
This overview of the various materials used in fastener production details the advantages and disadvantages of using steel, stainless steel, bronze, brass, and nylon for manufacturing fasteners.
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White Papers
Static Electricity - The Hidden Danger in Hazardous Areas
In light of the fact that many plant fires and personnel injuries are directly linked to a static spark igniting a vapor, gaseous or dust atmosphere, this paper presents guidelines and safety measures for controlling static electricity in hazardous work environments. The phenomenon of static electricity is defined, and the limitations of grounding...
Improving Product Quality and Reducing Costs with Automated Gasketing.
The advantages of using automated gasketing systems in the manufacturing operations are presented in this paper, which also covers the applications ranging from automotive tail lights and side-glass sealing, to electrical enclosures, foam backbedding for windows and doors, and seals for appliance and electronic components. The simplicity and...
Safely Using Below-the-Hook Lifting Hardware
The best practices for ensuring safety when using below-the-hook lifting hardware are presented in this paper. It describes the various safety issues related to using shackles and also analyzes the factors that can result in the failure of a shackle. The importance of manufacturer markings on the hardware for ensuring backward traceability and for...
Advanced Rod Lock Cylinder Technology Enhances Plant Safety Quotient
The advanced rod lock cylinder technology is presented in this paper as a cost-effective solution which can address industrial safety issues in pneumatic applications. Rod lock cylinder is a piston-operated clamp used to hold a load in position during emergency stop (E-stop) conditions or when an air supply might be accidentally disconnected from...
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