Energy & Mineral Equipment
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Tricone drill bits are designed with optimally designed bearing structures and carbide inserts for mining applications. These drill bits balance high Rate of Penetration (ROP) and good drilling service life to ensure good Total Drilling Cost (TDC) for customers.
These rotary tricone bits feature optimally designed bearing structures and carbide to withstand extreme challenges in mining. Designs balance high Rate of Penetration and good drilling service life, ensuring good Total Drilling Cost for customers.

The wet pan mill is designed for grinding gold ore and other minerals into a slurry. It features heavy rollers rotating within a circular pan to effectively crush and pulverize materials.

These wing shrouds provide high wear resistance for increased production efficiency. They are hard, tough, and offer high fatigue resistance and reliability.

This lip assembly offers high wear resistance for increased production efficiency. It features a tough construction, high fatigue resistance, and high reliability.

High wear resistance ensures enhanced production efficiency. The set is engineered for high fatigue resistance, offering reliability in demanding mining applications.

These heel shrouds provide high wear resistance for mining buckets, leading to higher production efficiency. Their durable construction offers high reliability and fatigue resistance in demanding mining environments.

This wing shroud offers high wear resistance and improved production efficiency. It features high reliability, hardness, toughness, and high fatigue resistance.

Wedge wire screen tubes are constructed from stainless steel wire for chemical stability and corrosion resistance. These tubes feature a trislot design and are available in common and perfect round types for various accuracy requirements.

Wedge wire screens filter oil, gas and mechanical solid impurities. The screen is mounted on a perforated base tube, covering the perforation along the entire pipe.

Steel filters for sand control are available in different designs and can be combined with gravel packing if desired. The filters are divided into main groups that describe the structure, and are placed on pipes with holes in the wall (base pipe) so that the oil can pass through.

This downhole wire wrap sand screen filters oil and gas, removing mechanical impurities. The screen features a tight fit wrap-on-pipe construction.

This sand control screen utilizes precise V-shape wire directly wrapped onto a perforated base pipe. Supporting rods are tightly shrink-fitted, and the profile wire and support elements are welded at each intersection.

This wedge wire screen is designed for efficient filtration in mining and industrial applications. Its V-shaped wire profile and continuous slot design maximize open area and minimize clogging.

Pre-packed screens feature a double layer of high-performance screen with accurate V-shaped wire welded to support rods. The outer screen retains formation sand, while the inner screen retains the media pack.

This well screen features a double layer design for high performance. It utilizes a V-shaped wire welded to support rods and a slot opening to retain formation sand and media pack.

The gravel pack screen has a double layer of high performance screen, having a very accurate V-shaped wire welded to support rods and a slot opening for the outer screen, which is selected to retain the formation sand, and an inner screen to retain the media pack. These screens simplify contractor work, improve development odds, and offer long-term benefits.

This CO2 laser cladding system is designed for remanufacturing and repairing mining machinery. It enhances the lifespan and performance of critical components through precise material deposition.