Fully Threaded Studs

Minimises light reflection and provides light-to-medium corrosion resistance

Provides corrosion resistance & a yellow-coloured finish

Offers low friction and high-temperature resistance

Provides better corrosion resistance than zinc plating, owing to thick coating

Mild-to-high corrosion resistance in wet environments

Features clearance on every diameter, allowing easy movement.

Provides extremely loose tolerance thread fits; suitable for quick assembly and disassembly.

Provides a perfect thread fit that balances fastener manufacturing, performance, economy and convenience.

Provides no allowance and has very tight tolerances.

Metric version of thread fit and roughly comparable to 2A in the Imperial system. Used for a normal length and medium tolerance quality of thread engagement.

Internal thread of tolerance Class 6 with position H; used for internal threads.

They are the widest spaced studs and thus, start easily & need minimum turns to tighten. The threads are thick & deep, making them less prone to stripping or jamming, even if they are dirty / rusty.

These studs are even more closely spaced than fine threads. They travel a very small distance with each turn, allowing accurate & incremental adjustments.

These studs have more closely spaced threads than coarse threads, making them less prone to loosening while vibrating. They travel a short distance with each turn, allowing the user to make precise adjustments.

These fasteners slant up & to the left and move towards the user when turned clockwise. They are ideal for securing anti-clockwise spinning parts, such as power saws & bicycle pedals.

These studs feature right-hand threads that slant up and to the right. They move away from the user when turned clockwise.

They have right-hand threads on one end and left-hand threads on the other end. This enables connections to move together or apart at the same time on opposite ends.

Provides hardness, structural rigidity and durability

Corrosion, heat and fire-resistant properties; moderate structural rigidity

Lighter than stainless steel; imparts non-magnetic properties

Lightweight & cheaper to use than other materials

Has greater strength to weight ratio and rigidity at the same thickness as plastic

Offers greater corrosion resistance but lesser hardness, as compared to steel

Provides corrosion (especially seawater corrosion) & metal fatigue resistance; better conductivity than most steel variants

Shiny appearance and excellent corrosion resistance

Provides low thermal expansion and high stiffness

Has high tensile strength and resistance to oxidation