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Gun Metal

Gun Metal — also known as Red Brass or Admiralty Bronze — is a type of bronze alloy traditionally made from: Copper (Cu) – around 85–88%, Tin (Sn) – about 4–10% and Zinc (Zn) – 2–5%

Gun Metal

Tin Bronze

Tin Bronze is a type of copper alloy where tin (Sn) is the main alloying element. It offers excellent mechanical and anti-friction properties, making it ideal for heavy-duty industrial applications.

Tin Bronze

Aluminium Bronze

Aluminium Bronze is a group of copper-based alloys where aluminium (Al) is the main alloying element, typically ranging from 5% to 12%. It’s known for its exceptional strength, corrosion resistance, and wear resistance — especially in marine and industrial environments.

Tin Bronze

Leaded Tin Bronze

Leaded Tin Bronze is a copper-based alloy containing tin and lead, offering a combination of good strength, excellent lubricity, and high wear resistance. The lead content improves machinability and makes it ideal for bearing and bushing applications where self-lubricating properties are important.

Tin Bronze

Phosphorus Bronze

Phosphorus Bronze is a copper-tin alloy with a small addition of phosphorus. The phosphorus enhances strength, wear resistance, and fatigue resistance, while also improving deoxidation during casting.

Phosphorus Bronze

Graphite Bronze Bushes

Graphite Bronze Bushes, also known as graphite plugged bronze bearings, are self-lubricating components made from bronze alloy with embedded graphite plugs. These are designed for high-load, low-speed, and maintenance-free applications where traditional lubrication is difficult.

Graphite Bronze Bushes

White Metal Lining

White Metal Lining, also known as Babbitt Lining, refers to a soft, white-colored alloy coating applied to bearing surfaces. It's primarily used in journal bearings where low friction, conformability, and anti-seizure properties are crucial.

White Metal Lining

Worm Gear

A worm gear is a type of gear arrangement in which a worm (a screw-like gear) meshes with a worm wheel (similar to a spur gear). This setup enables high reduction ratios in a compact space, making it ideal for situations that require torque multiplication and speed reduction.

Worm Gear