Ví dụ về việc sử dụng Alloy layer trong Tiếng anh và bản dịch của chúng sang Tiếng việt
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Alloy layer material.
Thus, the formation of a pin surface alloy layer.
It is an alloy layer that is melted into one.
The thickness of wear-resistant alloy layer is 3~ 20mm.
The alloy layer is hard and folded several times, some pin is easily broken.
Performanced and cheap to the form alloy layer, to replace expensive overall alloy or.
With iron- zinc alloy layer, combined with dense, and with the unique anti-corrosion in the marine atmosphere and atmospheric atmosphere.
The seamless pipe is to make the molten metal andiron substrate reaction, the alloy layer, so that the substrate and coating combination of both.
The copper alloy layer can provide both leaded and lead-free alloy materials.
The galvanized square tube is such that the moltenmetal reacts with the iron matrix to produce an alloy layer, thereby combining the substrate and the plating layer. .
The copper alloy layer can provide two kinds of alloy materials including lead and lead-free.
Steel pipes are placed in molten aluminum kept at around 700 degrees for several minutes to fully permeate the entire surface and create an aluminum membrane(aluminumoxide membrane+ aluminum membrane+ iron alloy layer).
As the sintered copper alloy layer contains lead, the use of this product will be limited under certain conditions according to relevant laws and regulations.
Bimetal bearing, is a high-quality cold-rolled steel plate as the matrix, the surface sintered CuPb10Sn10 copper lead alloy as the bearing surface material,and according to the working condition in the alloy layer surface processing of various types of oil groove, oil hole or oil hole, rolling produced from the sliding bearing.
The alloy layer of wear-resisting composite steel plate contains high percentage of metal chromium, so it has certain rust resistance and corrosion resistance.
However, gold combines with lithium to form a thick alloy layer, which increases the amount of energy required to switch from one state to the other.
The surface of copper alloy layer can be processed according to the working conditions of various types of oil groove, storage pit, oil hole, etc., which is suitable for occasions where refueling is not sustainable or difficult.
Bimetallic composite boundary lubrication bearing is a copper alloy layer with excellent wear resistance sintered on the surface of high quality low carbon steel.
Since zinc has good ductility, its alloy layer and steel base attached to a solid, so hot-rolled parts can be cold, rolling, drawing, bending and other molding without damage to the coating.
The change of chemical composition of inner surface alloy layer can meet the requirements of different bearing pressure, different service temperature and different sliding speed.
The surface of copper alloy layer can be processed into various types of oil groove, oil storage pit and oil hole according to the working conditions, so as to be suitable for occasions where refueling is not possible or difficult.
Bimetal self-lubricating bearing is a copper alloy layer with excellent wear resistance, which is based on high quality low carbon steel and sintered on the surface.
The sintered lead-free copper alloy layer of the steel substrate has high loading capacity and good anti-fatigue characteristics, which is suitable for working conditions of dynamic load and impact load, especially for reciprocating motion.
The surface of the copper alloy layer can be processed into various types of oil groove, oil storage pit, oil hole and so on according to the working conditions, so as to be suitable for the occasions where it is impossible to oil continuously or difficult to oil.
Copper alloy sintered layer: it has good wear resistance and excellent bearing capacity, low friction factor and good anti-occlusion performance.
It employs toughening agent, lead, and tin alloy with PTFE on surface layer for better durability.
The product in a special recipe of high density copper alloy substrate, sintered porous bronze layer.