Graphite Brass Bronze Flanged Bearings With Oil Free Two Sided Cut

Graphite brass bronze flanged bearings with oil-free two-sided cut are a unique type of bearing designed for efficient and reliable operation. These bearings feature a flanged design that provides enhanced stability and load-bearing capacity, making them suitable for a wide range of industrial applications.

The graphite material used in these bearings offers excellent wear resistance and lubricity, ensuring smooth operation even under high loads and speeds. The bronze component adds further durability and corrosion resistance, extending the bearing's lifespan and reducing the need for maintenance.

The oil-free design eliminates the need for lubrication, reducing operational costs and environmental impact. The two-sided cut allows for precise alignment and installation, ensuring optimal performance and reducing the risk of misalignment or damage.

Overall, graphite brass bronze flanged bearings with oil-free two-sided cut offer a reliable and efficient solution for industrial machinery and equipment, reducing downtime and enhancing overall operational performance.

Graphite Brass Flanged Bearings With Oil-Free Two-Sided Cut

Graphite brass flanged bearings with oil-free two-sided cut MPTNZ6 8 10 12 13 16 bearings

MPTNZ6-15 Graphite brass flanged bearings
MPTNZ6-20 Graphite brass flanged bearings
MPTNZ8-20 Graphite brass flanged bearings
MPTNZ8-25 Graphite brass flanged bearings
MPTNZ10-20 Graphite brass flanged bearings
MPTNZ10-25 Graphite brass flanged bearings
MPTNZ10-30 Graphite brass flanged bearings
MPTNZ12-20 Graphite brass flanged bearings
MPTNZ12-25 Graphite brass flanged bearings
MPTNZ12-30 Graphite brass flanged bearings
MPTNZ12-35 Graphite brass flanged bearings
MPTNZ13-20 Graphite brass flanged bearings
MPTNZ13-25 Graphite brass flanged bearings
MPTNZ13-30 Graphite brass flanged bearings
MPTNZ13-35 Graphite brass flanged bearings
MPTNZ13-40 Graphite brass flanged bearings
MPTNZ16-20 Graphite brass flanged bearings
MPTNZ16-25 Graphite brass flanged bearings
MPTNZ16-30 Graphite brass flanged bearings
MPTNZ16-35 Graphite brass flanged bearings
MPTNZ16-40 Graphite brass flanged bearings
MPTNZ16-50 Graphite brass flanged bearings

How to distinguish bronze from brass in chemical composition
Brass is mainly zinc as the main alloying element of copper-based alloy, because often yellow and named. Brass has beautiful color, good process and mechanical properties, high electrical and thermal conductivity, corrosion resistance in the atmosphere, fresh water and sea water, easy cutting and polishing, good weldability and low price. It is widely used to make electric and thermal conductive components, corrosion resistant structural parts, elastic components, daily hardware and decorative materials, etc. Brass can be divided into two main categories; Binary alloys containing only zinc, commonly referred to as plain brass or plain brass; The second kind is in addition to alloying elements, also contain such as lead, tin, iron, manganese, aluminum, silicon, nickel and other elements, respectively known as lead brass, aluminum brass, etc., collectively referred to as special brass or complex brass.

Bronze is the earliest application of an alloy in history, the original refers to the copper-tin alloy, because the color is bluish gray, so it is called bronze. In order to improve the technological and mechanical properties of the alloy, other alloyed elements, such as lead, zinc and phosphorus, are added to most bronzes. Since tin is a scarce metal, many tin-free bronzes are used in industry, which are not only cheap, but also have the special properties required. Wuxi bronze mainly includes aluminum bronze, beryllium bronze, manganese bronze, silicon bronze and so on. In addition, there are three or four bronze with more complex composition. All copper alloys except brass and white copper (copper-nickel alloy) are called bronze. Tin bronze has higher mechanical properties, better corrosion resistance, better friction reduction and good casting properties. Small sensitivity to superheating and gas, good welding performance, no ferromagnetism, small shrinkage coefficient. Tin bronze is more resistant to corrosion than brass in atmosphere, sea water, fresh water and steam. Aluminum bronze has higher mechanical properties than tin bronze, wear resistance, corrosion resistance, cold resistance, heat resistance, non-ferromagnetism, good fluidity, no tendency to segregate, so it can get dense castings. The addition of iron, nickel and manganese to aluminum bronze can further improve the properties of the alloy. Bronze is also divided into two major categories: pressure working and casting products.