HEXIN MACHINERY , producer of heat resistant castings

  Heat-resistant steel mesh baskets can generally be selected according to the steel type and the working temperature of the components.  The principle of selecting heat-resistant steel welding materials is: the alloy composition and performance of the weld metal are consistent with the corresponding indicators of the base metal. Or it should meet the performance indicators proposed by the product technical conditions. In order to improve the thermal crack resistance of the weld metal,  the carbon content in the weld should be slightly lower than the carbon content of the base metal, and should usually be controlled between 0.07% and 0.15%. Due to the joint action of carbon and alloying elements in steel, heat-resistant steel is easy to form a hardened structure during welding, and the weldability is poor.  For this reason, heat-resistant steel generally needs to be preheated before welding, and tempered after welding. Stainless steel mesh baskets are made of stainless steel, 304, 304

 Heat-resistant steel mesh baskets can generally be selected according to the steel type and the working temperature of the components.  The principle of selecting heat-resistant steel welding materials is: the alloy composition and performance of the weld metal are consistent with the corresponding indicators of the base metal. Or it should meet the performance indicators proposed by the product technical conditions. In order to improve the thermal crack resistance of the weld metal,  the carbon content in the weld should be slightly lower than the carbon content of the base metal, and should usually be controlled between 0.07% and 0.15%. Due to the joint action of carbon and alloying elements in steel, heat-resistant steel is easy to form a hardened structure during welding, and the weldability is poor.  For this reason, heat-resistant steel generally needs to be preheated before welding, and tempered after welding. Stainless steel mesh baskets are made of stainless steel, 304, 304

 Powder metallurgy sintering furnace mesh belt , also known as sintered mesh belt , high temperature mesh belt , is made of imported SUS314 material from Japan's Nippon Steel Corporation, with a temperature resistance of more than 1200 degrees,  and is widely used in continuous sintering production lines. It is mainly used for pressing and forming iron-based, copper-based and other related powder metallurgy products, under protective atmosphere conditions for ideal continuous sintering process.  The mesh belt is heated and cooled under high temperature without oxidation, so that the powder metallurgy products can achieve the molding effect.

 Powder metallurgy sintering furnace mesh belt , also known as sintered mesh belt , high temperature mesh belt , is made of imported SUS314 material from Japan's Nippon Steel Corporation, with a temperature resistance of more than 1200 degrees,  and is widely used in continuous sintering production lines. It is mainly used for pressing and forming iron-based, copper-based and other related powder metallurgy products, under protective atmosphere conditions for ideal continuous sintering process.  The mesh belt is heated and cooled under high temperature without oxidation, so that the powder metallurgy products can achieve the molding effect.

Powder metallurgy sintering furnace mesh belt , also known as sintered mesh belt , high temperature mesh belt , is made of imported SUS314 material from Japan's Nippon Steel Corporation, with a temperature resistance of more than 1200 degrees,  and is widely used in continuous sintering production lines. It is mainly used for pressing and forming iron-based, copper-based and other related powder metallurgy products, under protective atmosphere conditions for ideal continuous sintering process.  The mesh belt is heated and cooled under high temperature without oxidation, so that the powder metallurgy products can achieve the molding effect.  

 Heat-resistant steel mesh baskets can generally be selected according to the steel type and the working temperature of the components.  The principle of selecting heat-resistant steel welding materials is: the alloy composition and performance of the weld metal are consistent with the corresponding indicators of the base metal. Or it should meet the performance indicators proposed by the product technical conditions. In order to improve the thermal crack resistance of the weld metal,  the carbon content in the weld should be slightly lower than the carbon content of the base metal, and should usually be controlled between 0.07% and 0.15%. Due to the joint action of carbon and alloying elements in steel, heat-resistant steel is easy to form a hardened structure during welding,and the weldability is poor.  For this reason, heat-resistant steel generally needs to be preheated before welding, and tempered after welding. Stainless steel mesh baskets are made of stainless steel, 304, 304L

  High temperature resistant mesh belt generally refers to mesh belts produced from stainless steel with a temperature resistance of more than 750°C,  mainly using high nickel-chromium alloy materials such as 316 (0Cr17Ni12Mo2), 310S (0Cr25Ni20), 314 (1Cr25Ni20Si2), and 2080 (Cr20Ni80). The mesh belt is connected by a thicker string shaft, and both sides are inlaid with baffles of the same height, which can bear heavier objects and prevent objects from falling off the mesh belt.  It is mainly used for cleaning and heat treatment of objects. High-temperature mesh belts mainly include annealing furnace mesh belts, baking furnace mesh belts, electric furnace high temperature resistance, mosaic mesh belts have high heat resistance,  strong corrosion resistance, high tensile strength, small elongation, uniform pitch, and fast heat flow. Energy saving, long service life, etc. Mainly used for annealing, quenching, hot melting, tempering of glass products, ceramic products and other tunnel k

  High temperature resistant mesh belt generally refers to mesh belts produced from stainless steel with a temperature resistance of more than 750°C,  mainly using high nickel-chromium alloy materials such as 316 (0Cr17Ni12Mo2), 310S (0Cr25Ni20), 314 (1Cr25Ni20Si2), and 2080 (Cr20Ni80). Has the following characteristics: 1. High temperature resistance, the high temperature resistant mesh belt has a high percentage of chromium and nickel.  The nickel element has excellent special properties such as energy storage, anti-corrosion, wear resistance, high temperature resistance and high strength,  making the high temperature resistant mesh belt have the best The ability to resist deformation, can work continuously at high temperatures, and has good high temperature resistance. 2. Corrosion resistance: The materials selected for the high temperature resistant mesh belt, chemical solvents, drugs and other chemicals have no effect on these materials,  so that it cannot cause corrosion and oth

 The mesh belt temperature of the quenching furnace is around 900-1120 degrees. The mesh belt is preferably made of 310S and SUS314. After the workpiece is quenched, it needs to be tempered.  The tempering temperature is around 350-650. A 304 mesh belt can be selected. Tempering is about 350-650 degrees and annealing is about 500-600 degrees. Material selection is also dependent on processing conditions, but generally those shown below are selected for continuous conveying at elevated temperatures of 600 to 1150 deg C. 25/20 AISI 314 stainless steel, Ni-Cr 37/18, Ni-Cr 37/18 Cb, Ni-Cr 80-20, Inconel 600 & 601 The belt has following types: EDGE SUPPORT ONES, STAND-OFF ONES,etc.  The wire mesh belts are widely used in carbon nitriding, continuous ovens for heat treatment, hardening, normalizing, sintering and brazing, solution heat-treatment

The mesh belt temperature of the quenching furnace is around 900-1120 degrees. The mesh belt is preferably made of 310S and SUS314. After the workpiece is quenched, it needs to be tempered.  The tempering temperature is around 350-650. A 304 mesh belt can be selected. Tempering is about 350-650 degrees and annealing is about 500-600 degrees. Material selection is also dependent on processing conditions, but generally those shown below are selected for continuous conveying at elevated temperatures of 600 to 1150 deg C. 25/20 AISI 314 stainless steel, Ni-Cr 37/18, Ni-Cr 37/18 Cb, Ni-Cr 80-20, Inconel 600 & 601 High temperture belt can be used for sintering,brazing,hardening,firing,tempering,lehr...It is important to select the right belt type and material which can endure elevated temperature. Many types of the furnace conveyor belts can be made with selvages which are either welded, ladder or knuckled, but also with reinforced selvages & guard edges and if drive chains are nee

  The mesh belt temperature of the quenching furnace is around 900-1120 degrees. The mesh belt is preferably made of 310S and SUS314. After the workpiece is quenched, it needs to be tempered.  The tempering temperature is around 350-650. A 304 mesh belt can be selected. Tempering is about 350-650 degrees and annealing is about 500-600 degrees. Material selection is also dependent on processing conditions, but generally those shown below are selected for continuous conveying at elevated temperatures of 600 to 1150 deg C. 25/20 AISI 314 stainless steel, Ni-Cr 37/18, Ni-Cr 37/18 Cb, Ni-Cr 80-20, Inconel 600 & 601

The wire mesh conveyor belt for normalizing furnace and the mesh belt annealing furnace have similar functions.  The difference is that the normalizing cooling rate is slightly faster than the annealing cooling rate, so the normalizing structure is finer than the annealing structure. Its mechanical properties have also been improved. The temperature of the mesh belt normalizing furnace is about 700-900 degrees.  The mesh belt of 310S/314 can be used. The annealing temperature is about 500-600 degrees. The mesh belt of 304/321 can be used.

  Brazing Furnace Wire Mesh Belt The brazing furnace mesh belt adopts imported SUS314 wire mesh from Japan's Nippon Steel Corporation, with a temperature resistance of more than 1200 degrees, and is widely used in continuous operation brazing production lines. The mesh belt adopts different weaving methods according to different brazed parts. It has high tensile strength and is not easy to deform. It is widely used in automobiles, diesel engines, aerospace, air conditioning, refrigeration, Brazing and heat treatment of stainless steel, carbon steel, aluminum, brass, copper, ceramics and other parts in electric heating tubes, gas water heaters, electronics, microwave magnetrons and other industries. Brazing furnace mesh belts can be used for sintering, brazing, hardening, firing, tempering, drying lehr, with good physical properties like excellent resistance against acid, alkali, heat and corrosion, Higher wear resistance, long service life. It is important to select the right be

  Brazing Furnace Wire Mesh Belt The brazing furnace mesh belt adopts imported SUS314 wire mesh from Japan's Nippon Steel Corporation, with a temperature resistance of more than 1200 degrees, and is widely used in continuous operation brazing production lines. The mesh belt adopts different weaving methods according to different brazed parts. It has high tensile strength and is not easy to deform. It is widely used in automobiles, diesel engines, aerospace, air conditioning, refrigeration, Brazing and heat treatment of stainless steel, carbon steel, aluminum, brass, copper, ceramics and other parts in electric heating tubes, gas water heaters, electronics, microwave magnetrons and other industries. Brazing furnace mesh belts can be used for sintering, brazing, hardening, firing, tempering, drying lehr, with good physical properties like excellent resistance against acid, alkali, heat and corrosion, Higher wear resistance, long service life. It is important to select the right be

Brazing Furnace Wire Mesh Belt The brazing furnace mesh belt adopts imported SUS314 wire mesh from Japan's Nippon Steel Corporation, with a temperature resistance of more than 1200 degrees, and is widely used in continuous operation brazing production lines. The mesh belt adopts different weaving methods according to different brazed parts. It has high tensile strength and is not easy to deform. It is widely used in automobiles, diesel engines, aerospace, air conditioning, refrigeration, Brazing and heat treatment of stainless steel, carbon steel, aluminum, brass, copper, ceramics and other parts in electric heating tubes, gas water heaters, electronics, microwave magnetrons and other industries. Brazing furnace mesh belts can be used for sintering, brazing, hardening, firing, tempering, drying lehr, with good physical properties like excellent resistance against acid, alkali, heat and corrosion, Higher wear resistance, long service life. It is important to select the right belt

  Brazing Furnace Wire Mesh Belt The brazing furnace mesh belt adopts imported SUS314 wire mesh from Japan's Nippon Steel Corporation, with a temperature resistance of more than 1200 degrees, and is widely used in continuous operation brazing production lines. The mesh belt adopts different weaving methods according to different brazed parts. It has high tensile strength and is not easy to deform. It is widely used in automobiles, diesel engines, aerospace, air conditioning, refrigeration, Brazing and heat treatment of stainless steel, carbon steel, aluminum, brass, copper, ceramics and other parts in electric heating tubes, gas water heaters, electronics, microwave magnetrons and other industries. Brazing furnace mesh belts can be used for sintering, brazing, hardening, firing, tempering, drying lehr, with good physical properties like excellent resistance against acid, alkali, heat and corrosion, Higher wear resistance, long service life. It is important to select the right belt