Briefly describe：Application range of wear-resistant ceramic tiles:Wear resistant materials are used on all mechanical equipment with high wear and tear, such as coal conveying, feeding systems, powder production systems, ash discharge and dust removal systems, in enterprises such as thermal power, steel, smelting, coal, mining, chemical, cement, port terminals, and commercial concrete machinery.Performance characteristics of wear-resistant ceramic tiles:1. High hardness: The hardness is the same as that of corundum, reaching Mohs hardness level nine, second only to diamond, far exceeding the wear resistance of wear-resistant steel and stainless steel.2. Excellent wear resistance: The wear resistance is 8-10 times that of manganese steel or high chromium cast iron. Under the same working conditions, the service life of the equipment can be extended by at least ten times.3. Lightweight: With a density of 3.6g/cm3, only half that of steel, it can greatly reduce equipment load.4. Strong adhesion and good heat resistance: The wear-resistant ceramic sheet is bonded to the inner wall of the equipment with heat-resistant strong adhesive. It can operate for a long time without aging at 350 ℃.Performance indicators of wear-resistant ceramic tiles:Performance products92 series95 series97 series99 series  Al2O3（%）≥92≥95≥97≥99Mohs hardness9999Water absorption rate (%)≤0.0,2≤0.02≤0.02≤0.02Fracture strength (n/mm)40424448Bending strength (Mpa)255275285300bulk density（g/cm3）≥3.63≥3.68≥3.73≥3.83Product Specificationsnamelong（L）mmwide（W）mmthick（H）mmremark10×1010103-20clipboard15×1515153-20clipboard17.5×17.517.517.53-20clipboard20×2020203-20clipboard24×2424243-20clipboard50×2550255-20clipboard

Briefly describe：Application range of wear-resistant ceramic tiles:Wear resistant materials are used on all mechanical equipment with high wear and tear, such as coal conveying, feeding systems, powder production systems, ash discharge and dust removal systems, in enterprises such as thermal power, steel, smelting, coal, mining, chemical, cement, port terminals, and commercial concrete machinery.Performance characteristics of wear-resistant ceramic tiles:1. High hardness: The hardness is the same as that of corundum, reaching Mohs hardness level nine, second only to diamond, far exceeding the wear resistance of wear-resistant steel and stainless steel.2. Excellent wear resistance: The wear resistance is 8-10 times that of manganese steel or high chromium cast iron. Under the same working conditions, the service life of the equipment can be extended by at least ten times.3. Lightweight: With a density of 3.6g/cm3, only half that of steel, it can greatly reduce equipment load.4. Strong adhesion and good heat resistance: The wear-resistant ceramic sheet is bonded to the inner wall of the equipment with heat-resistant strong adhesive. It can operate for a long time without aging at 350 ℃.Performance indicators of wear-resistant ceramic tiles:Performance products92 series95 series97 series99 series  Al2O3（%）≥92≥95≥97≥99Mohs hardness9999Water absorption rate (%)≤0.0,2≤0.02≤0.02≤0.02Fracture strength (n/mm)40424448Bending strength (Mpa)255275285300bulk density（g/cm3）≥3.63≥3.68≥3.73≥3.83Product Specificationsnamelong（L）mmwide（W）mmthick（H）mmremark10×1010103-20clipboard15×1515153-20clipboard17.5×17.517.517.53-20clipboard20×2020203-20clipboard24×2424243-20clipboard50×2550255-20clipboard

Briefly describe：Application range of wear-resistant ceramic tiles:Wear resistant materials are used on all mechanical equipment with high wear and tear, such as coal conveying, feeding systems, powder production systems, ash discharge and dust removal systems, in enterprises such as thermal power, steel, smelting, coal, mining, chemical, cement, port terminals, and commercial concrete machinery.Performance characteristics of wear-resistant ceramic tiles:1. High hardness: The hardness is the same as that of corundum, reaching Mohs hardness level nine, second only to diamond, far exceeding the wear resistance of wear-resistant steel and stainless steel.2. Excellent wear resistance: The wear resistance is 8-10 times that of manganese steel or high chromium cast iron. Under the same working conditions, the service life of the equipment can be extended by at least ten times.3. Lightweight: With a density of 3.6g/cm3, only half that of steel, it can greatly reduce equipment load.4. Strong adhesion and good heat resistance: The wear-resistant ceramic sheet is bonded to the inner wall of the equipment with heat-resistant strong adhesive. It can operate for a long time without aging at 350 ℃.Performance indicators of wear-resistant ceramic tiles:Performance products92 series95 series97 series99 series  Al2O3（%）≥92≥95≥97≥99Mohs hardness9999Water absorption rate (%)≤0.0,2≤0.02≤0.02≤0.02Fracture strength (n/mm)40424448Bending strength (Mpa)255275285300bulk density（g/cm3）≥3.63≥3.68≥3.73≥3.83Product Specificationsnamelong（L）mmwide（W）mmthick（H）mmremark10×1010103-20clipboard15×1515153-20clipboard17.5×17.517.517.53-20clipboard20×2020203-20clipboard24×2424243-20clipboard50×2550255-20clipboard

Briefly describe：Application range of wear-resistant ceramic tiles:Wear resistant materials are used on all mechanical equipment with high wear and tear, such as coal conveying, feeding systems, powder production systems, ash discharge and dust removal systems, in enterprises such as thermal power, steel, smelting, coal, mining, chemical, cement, port terminals, and commercial concrete machinery.Performance characteristics of wear-resistant ceramic tiles:1. High hardness: The hardness is the same as that of corundum, reaching Mohs hardness level nine, second only to diamond, far exceeding the wear resistance of wear-resistant steel and stainless steel.2. Excellent wear resistance: The wear resistance is 8-10 times that of manganese steel or high chromium cast iron. Under the same working conditions, the service life of the equipment can be extended by at least ten times.3. Lightweight: With a density of 3.6g/cm3, only half that of steel, it can greatly reduce equipment load.4. Strong adhesion and good heat resistance: The wear-resistant ceramic sheet is bonded to the inner wall of the equipment with heat-resistant strong adhesive. It can operate for a long time without aging at 350 ℃.Performance indicators of wear-resistant ceramic tiles:Performance products92 series95 series97 series99 series  Al2O3（%）≥92≥95≥97≥99Mohs hardness9999Water absorption rate (%)≤0.0,2≤0.02≤0.02≤0.02Fracture strength (n/mm)40424448Bending strength (Mpa)255275285300bulk density（g/cm3）≥3.63≥3.68≥3.73≥3.83Product Specificationsnamelong（L）mmwide（W）mmthick（H）mmremark10×1010103-20clipboard15×1515153-20clipboard17.5×17.517.517.53-20clipboard20×2020203-20clipboard24×2424243-20clipboard50×2550255-20clipboard

Briefly describe：Wear resistant ceramic lining plate is made by high-temperature calcination of alumina or zirconia. Aluminum oxide is transformed into dense alpha aluminum oxide at high temperatures, and due to its unique crystal structure, it becomes exceptionally hard, second only to diamond in hardness. The wear resistance is several times or even more than other wear-resistant materials. In addition, due to the smooth surface of wear-resistant ceramic lining, the surface resistance is very low, which is also an important reason for greatly improving its wear resistance.Characteristics of wear-resistant ceramic lining plate products:High hardness: The Rockwell hardness of alumina wear-resistant ceramic lining plate is HRA90 or above, second only to diamond in hardness, far exceeding the wear resistance of wear-resistant steel and stainless steel.   Excellent wear resistance: Its wear resistance is equivalent to 30 times that of manganese steel and 20 times that of high chromium cast iron. According to over 20 years of customer tracking surveys, under the same operating conditions, the service life of the equipment can be extended by at least ten times.  Lightweight: Its density is around 3.6g/cm ³, only half of steel, which can greatly reduce equipment load.   Strong adhesion and good heat resistance: The wear-resistant ceramic lining plate can be fixed on the inner wall of the equipment by various methods such as adhesive bonding, welding, rubber vulcanization, etc. according to different equipment and working conditions.Corrosion resistance: Has good corrosion resistance to sulfuric acid, hydrochloric acid, nitric acid, strong alkali, salt, etcPerformance indicators of wear-resistant ceramic lining plate:Performance products92 series95 series97 series99 series  Al2O3（%）≥92≥95≥97≥99Mohs hardness9999Water absorption rate (%)≤0.0,2≤0.02≤0.02≤0.02Fracture strength (n/mm)40424448Bending strength (Mpa)255275285300bulk density（g/cm3）≥3.63≥3.7≥3.73≥3.89Product SpecificationsStructural shapes: sheet-like, block shaped, hexagonal, square, rectangular, trapezoidal, arc-shaped, dovetail shaped, U-shaped, circular and other anisotropic structuresnamelong（L）mmwide（W）mmthick（H）mmremark80×20/188020/188-20T-shaped plate100×22/2010022/208-20T-shaped plate100×30/2810030/288-20T-shaped plate120×32/3012032/308-20T-shaped plate120×40/3812040/388-20T-shaped plate150×50/4815050/488-20T-shaped plate150×60/5815060/588-20T-shaped plate

Briefly describe：Wear resistant ceramic lining plate is made by high-temperature calcination of alumina or zirconia. Aluminum oxide is transformed into dense alpha aluminum oxide at high temperatures, and due to its unique crystal structure, it becomes exceptionally hard, second only to diamond in hardness. The wear resistance is several times or even more than other wear-resistant materials. In addition, due to the smooth surface of wear-resistant ceramic lining, the surface resistance is very low, which is also an important reason for greatly improving its wear resistance.Characteristics of wear-resistant ceramic lining plate products:High hardness: The Rockwell hardness of alumina wear-resistant ceramic lining plate is HRA90 or above, second only to diamond in hardness, far exceeding the wear resistance of wear-resistant steel and stainless steel.   Excellent wear resistance: Its wear resistance is equivalent to 30 times that of manganese steel and 20 times that of high chromium cast iron. According to over 20 years of customer tracking surveys, under the same operating conditions, the service life of the equipment can be extended by at least ten times.  Lightweight: Its density is around 3.6g/cm ³, only half of steel, which can greatly reduce equipment load.   Strong adhesion and good heat resistance: The wear-resistant ceramic lining plate can be fixed on the inner wall of the equipment by various methods such as adhesive bonding, welding, rubber vulcanization, etc. according to different equipment and working conditions.Corrosion resistance: Has good corrosion resistance to sulfuric acid, hydrochloric acid, nitric acid, strong alkali, salt, etcPerformance indicators of wear-resistant ceramic lining plate:Performance products92 series95 series97 series99 series  Al2O3（%）≥92≥95≥97≥99Mohs hardness9999Water absorption rate (%)≤0.0,2≤0.02≤0.02≤0.02Fracture strength (n/mm)40424448Bending strength (Mpa)255275285300bulk density（g/cm3）≥3.63≥3.7≥3.73≥3.89Product SpecificationsStructural shapes: sheet-like, block shaped, hexagonal, square, rectangular, trapezoidal, arc-shaped, dovetail shaped, U-shaped, circular and other anisotropic structuresnamelong（L）mmwide（W）mmthick（H）mmremark80×20/188020/188-20T-shaped plate100×22/2010022/208-20T-shaped plate100×30/2810030/288-20T-shaped plate120×32/3012032/308-20T-shaped plate120×40/3812040/388-20T-shaped plate150×50/4815050/488-20T-shaped plate150×60/5815060/588-20T-shaped plate

Briefly describe：Wear resistant ceramic lining plate is made by high-temperature calcination of alumina or zirconia. Aluminum oxide is transformed into dense alpha aluminum oxide at high temperatures, and due to its unique crystal structure, it becomes exceptionally hard, second only to diamond in hardness. The wear resistance is several times or even more than other wear-resistant materials. In addition, due to the smooth surface of wear-resistant ceramic lining, the surface resistance is very low, which is also an important reason for greatly improving its wear resistance.Characteristics of wear-resistant ceramic lining plate products:High hardness: The Rockwell hardness of alumina wear-resistant ceramic lining plate is HRA90 or above, second only to diamond in hardness, far exceeding the wear resistance of wear-resistant steel and stainless steel.   Excellent wear resistance: Its wear resistance is equivalent to 30 times that of manganese steel and 20 times that of high chromium cast iron. According to over 20 years of customer tracking surveys, under the same operating conditions, the service life of the equipment can be extended by at least ten times.  Lightweight: Its density is around 3.6g/cm ³, only half of steel, which can greatly reduce equipment load.   Strong adhesion and good heat resistance: The wear-resistant ceramic lining plate can be fixed on the inner wall of the equipment by various methods such as adhesive bonding, welding, rubber vulcanization, etc. according to different equipment and working conditions.Corrosion resistance: Has good corrosion resistance to sulfuric acid, hydrochloric acid, nitric acid, strong alkali, salt, etcPerformance indicators of wear-resistant ceramic lining plate:Performance products92 series95 series97 series99 series  Al2O3（%）≥92≥95≥97≥99Mohs hardness9999Water absorption rate (%)≤0.0,2≤0.02≤0.02≤0.02Fracture strength (n/mm)40424448Bending strength (Mpa)255275285300bulk density（g/cm3）≥3.63≥3.7≥3.73≥3.89Product SpecificationsStructural shapes: sheet-like, block shaped, hexagonal, square, rectangular, trapezoidal, arc-shaped, dovetail shaped, U-shaped, circular and other anisotropic structuresnamelong（L）mmwide（W）mmthick（H）mmremark80×20/188020/188-20T-shaped plate100×22/2010022/208-20T-shaped plate100×30/2810030/288-20T-shaped plate120×32/3012032/308-20T-shaped plate120×40/3812040/388-20T-shaped plate150×50/4815050/488-20T-shaped plate150×60/5815060/588-20T-shaped plate

Briefly describe：Wear resistant ceramic lining plate is made by high-temperature calcination of alumina or zirconia. Aluminum oxide is transformed into dense alpha aluminum oxide at high temperatures, and due to its unique crystal structure, it becomes exceptionally hard, second only to diamond in hardness. The wear resistance is several times or even more than other wear-resistant materials. In addition, due to the smooth surface of wear-resistant ceramic lining, the surface resistance is very low, which is also an important reason for greatly improving its wear resistance.Characteristics of wear-resistant ceramic lining plate products:High hardness: The Rockwell hardness of alumina wear-resistant ceramic lining plate is HRA90 or above, second only to diamond in hardness, far exceeding the wear resistance of wear-resistant steel and stainless steel.   Excellent wear resistance: Its wear resistance is equivalent to 30 times that of manganese steel and 20 times that of high chromium cast iron. According to over 20 years of customer tracking surveys, under the same operating conditions, the service life of the equipment can be extended by at least ten times.  Lightweight: Its density is around 3.6g/cm ³, only half of steel, which can greatly reduce equipment load.   Strong adhesion and good heat resistance: The wear-resistant ceramic lining plate can be fixed on the inner wall of the equipment by various methods such as adhesive bonding, welding, rubber vulcanization, etc. according to different equipment and working conditions.Corrosion resistance: Has good corrosion resistance to sulfuric acid, hydrochloric acid, nitric acid, strong alkali, salt, etcPerformance indicators of wear-resistant ceramic lining plate:Performance products92 series95 series97 series99 series  Al2O3（%）≥92≥95≥97≥99Mohs hardness9999Water absorption rate (%)≤0.0,2≤0.02≤0.02≤0.02Fracture strength (n/mm)40424448Bending strength (Mpa)255275285300bulk density（g/cm3）≥3.63≥3.7≥3.73≥3.89Product SpecificationsStructural shapes: sheet-like, block shaped, hexagonal, square, rectangular, trapezoidal, arc-shaped, dovetail shaped, U-shaped, circular and other anisotropic structuresnamelong（L）mmwide（W）mmthick（H）mmremark80×20/188020/188-20T-shaped plate100×22/2010022/208-20T-shaped plate100×30/2810030/288-20T-shaped plate120×32/3012032/308-20T-shaped plate120×40/3812040/388-20T-shaped plate150×50/4815050/488-20T-shaped plate150×60/5815060/588-20T-shaped plate

Briefly describe： Alumina content density Rockwell hardness compressive strength Fracture toughness K Ι C Flexural strength thermal conductivity coefficient of thermal expansion ≥92% ≥3.6 g/cm3 ≥85 HRA ≥850 Mpa ≥4.8MPa m1/2 ≥290MPa 20W/m.K 7.2×10-6m/m.K Note: The previous specifications are commonly used by our company. Due to the large number of specifications, they cannot be listed one by one. If you need other specifications, please consult by phone, and the company can provide customization. Wear resistant ceramic lining is a material mainly composed of alumina (AL2O3), supplemented with other ingredients, and fired at a high temperature of 1700 ° C. It is widely used in coal transportation, material transportation systems, powder production systems, ash discharge, dust removal systems and other mechanical equipment with high wear and tear in enterprises such as thermal power, steel, smelting, machinery, coal, mining, chemical, cement, port and dock. Different types of products can be selected according to different needs.

Briefly describe：Alumina contentdensityRockwell hardnesscompressive strengthFracture toughness K Ι CFlexural strengththermal conductivitycoefficient of thermal expansion≥92%≥3.6 g/cm3≥85 HRA≥850 Mpa≥4.8MPa m1/2≥290MPa20W/m.K7.2×10-6m/m.KNote: The previous specifications are commonly used by our company. Due to the large number of specifications, they cannot be listed one by one. If you need other specifications, please consult by phone, and the company can provide customization.Wear resistant ceramic lining is a material mainly composed of alumina (AL2O3), supplemented with other ingredients, and fired at a high temperature of 1700 ° C. It is widely used in coal transportation, material transportation systems, powder production systems, ash discharge, dust removal systems and other mechanical equipment with high wear and tear in enterprises such as thermal power, steel, smelting, machinery, coal, mining, chemical, cement, port and dock. Different types of products can be selected according to different needs.

Briefly describe：Alumina contentdensityRockwell hardnesscompressive strengthFracture toughness K Ι CFlexural strengththermal conductivitycoefficient of thermal expansion≥92%≥3.6 g/cm3≥85 HRA≥850 Mpa≥4.8MPa m1/2≥290MPa20W/m.K7.2×10-6m/m.KNote: The previous specifications are commonly used by our company. Due to the large number of specifications, they cannot be listed one by one. If you need other specifications, please consult by phone, and the company can provide customization.Wear resistant ceramic lining is a material mainly composed of alumina (AL2O3), supplemented with other ingredients, and fired at a high temperature of 1700 ° C. It is widely used in coal transportation, material transportation systems, powder production systems, ash discharge, dust removal systems and other mechanical equipment with high wear and tear in enterprises such as thermal power, steel, smelting, machinery, coal, mining, chemical, cement, port and dock. Different types of products can be selected according to different needs.

Briefly describe：Alumina contentdensityRockwell hardnesscompressive strengthFracture toughness K Ι CFlexural strengththermal conductivitycoefficient of thermal expansion≥92%≥3.6 g/cm3≥85 HRA≥850 Mpa≥4.8MPa m1/2≥290MPa20W/m.K7.2×10-6m/m.KNote: The previous specifications are commonly used by our company. Due to the large number of specifications, they cannot be listed one by one. If you need other specifications, please consult by phone, and the company can provide customization.Wear resistant ceramic lining is a material mainly composed of alumina (AL2O3), supplemented with other ingredients, and fired at a high temperature of 1700 ° C. It is widely used in coal transportation, material transportation systems, powder production systems, ash discharge, dust removal systems and other mechanical equipment with high wear and tear in enterprises such as thermal power, steel, smelting, machinery, coal, mining, chemical, cement, port and dock. Different types of products can be selected according to different needs.

Briefly describe：Application range of wear-resistant ceramic tiles:Wear resistant materials are used on all mechanical equipment with high wear and tear, such as coal conveying, feeding systems, powder production systems, ash discharge and dust removal systems, in enterprises such as thermal power, steel, smelting, coal, mining, chemical, cement, port terminals, and commercial concrete machinery.Performance characteristics of wear-resistant ceramic tiles:1. High hardness: The hardness is the same as that of corundum, reaching Mohs hardness level nine, second only to diamond, far exceeding the wear resistance of wear-resistant steel and stainless steel.2. Excellent wear resistance: The wear resistance is 8-10 times that of manganese steel or high chromium cast iron. Under the same working conditions, the service life of the equipment can be extended by at least ten times.3. Lightweight: With a density of 3.6g/cm3, only half that of steel, it can greatly reduce equipment load.4. Strong adhesion and good heat resistance: The wear-resistant ceramic sheet is bonded to the inner wall of the equipment with heat-resistant strong adhesive. It can operate for a long time without aging at 350 ℃.Performance indicators of wear-resistant ceramic tiles:Performance products92 series95 series97 series99 series  Al2O3（%）≥92≥95≥97≥99Mohs hardness9999Water absorption rate (%)≤0.0,2≤0.02≤0.02≤0.02Fracture strength (n/mm)40424448Bending strength (Mpa)255275285300bulk density（g/cm3）≥3.63≥3.68≥3.73≥3.83Product SpecificationsnameLength (L) mmWidth (W) mmThickness (H) mmremark10×1010103-20clipboard15×1515153-20clipboard17.5×17.517.517.53-20clipboard20×2020203-20clipboard24×2424243-20clipboard50×2550255-20clipboard

Briefly describe：Application range of wear-resistant ceramic tiles:Wear resistant materials are used on all mechanical equipment with high wear and tear, such as coal conveying, feeding systems, powder production systems, ash discharge and dust removal systems, in enterprises such as thermal power, steel, smelting, coal, mining, chemical, cement, port terminals, and commercial concrete machinery.Performance characteristics of wear-resistant ceramic tiles:1. High hardness: The hardness is the same as that of corundum, reaching Mohs hardness level nine, second only to diamond, far exceeding the wear resistance of wear-resistant steel and stainless steel.2. Excellent wear resistance: The wear resistance is 8-10 times that of manganese steel or high chromium cast iron. Under the same working conditions, the service life of the equipment can be extended by at least ten times.3. Lightweight: With a density of 3.6g/cm3, only half that of steel, it can greatly reduce equipment load.4. Strong adhesion and good heat resistance: The wear-resistant ceramic sheet is bonded to the inner wall of the equipment with heat-resistant strong adhesive. It can operate for a long time without aging at 350 ℃.Performance indicators of wear-resistant ceramic tiles:Performance products92 series95 series97 series99 series  Al2O3（%）≥92≥95≥97≥99Mohs hardness9999Water absorption rate (%)≤0.0,2≤0.02≤0.02≤0.02Fracture strength (n/mm)40424448Bending strength (Mpa)255275285300bulk density（g/cm3）≥3.63≥3.68≥3.73≥3.83Product SpecificationsnameLength (L) mmWidth (W) mmThickness (H) mmremark10×1010103-20clipboard15×1515153-20clipboard17.5×17.517.517.53-20clipboard20×2020203-20clipboard24×2424243-20clipboard50×2550255-20clipboard

Briefly describe：Application range of wear-resistant ceramic tiles:Wear resistant materials are used on all mechanical equipment with high wear and tear, such as coal conveying, feeding systems, powder production systems, ash discharge and dust removal systems, in enterprises such as thermal power, steel, smelting, coal, mining, chemical, cement, port terminals, and commercial concrete machinery.Performance characteristics of wear-resistant ceramic tiles:1. High hardness: The hardness is the same as that of corundum, reaching Mohs hardness level nine, second only to diamond, far exceeding the wear resistance of wear-resistant steel and stainless steel.2. Excellent wear resistance: The wear resistance is 8-10 times that of manganese steel or high chromium cast iron. Under the same working conditions, the service life of the equipment can be extended by at least ten times.3. Lightweight: With a density of 3.6g/cm3, only half that of steel, it can greatly reduce equipment load.4. Strong adhesion and good heat resistance: The wear-resistant ceramic sheet is bonded to the inner wall of the equipment with heat-resistant strong adhesive. It can operate for a long time without aging at 350 ℃.Performance indicators of wear-resistant ceramic tiles:Performance products92series95series97series99series  Al2O3（%）≥92≥95≥97≥99Mohs hardness9999Water absorption rate (%)≤0.0,2≤0.02≤0.02≤0.02Fracture strength (n/mm)40424448Bending strength (Mpa)255275285300bulk density（g/cm3）≥3.63≥3.68≥3.73≥3.83Product Specificationsnamelong（L）mmwide（W）mmthick（H）mmremark10×1010103-20clipboard15×1515153-20clipboard17.5×17.517.517.53-20clipboard20×2020203-20clipboard24×2424243-20clipboard50×2550255-20clipboard

Briefly describe：Bulletproof mechanism:Ceramics are bulletproof because of their high specific stiffness, high specific strength, and chemical inertness in many environments. What makes it better than metal is that metal materials undergo plastic deformation and absorb energy when resisting bullet impact, while ceramics hardly undergo plastic deformation. Bullets can become dull or even broken due to their high strength and hardness characteristics.The bulletproof layer is composed of bulletproof ceramics and high-strength and high modulus fiber composite panels. When a high-speed projectile collides with the ceramic layer, the ceramic layer fractures or cracks, and diffuses around the impact point, consuming most of the energy of the projectile. Subsequently, the high modulus fiber composite panel further consumes the remaining energy of the projectile. Therefore, its application in armor systems is very attractive and has become a widely used protective armor for bulletproof vests, vehicles, aircraft and other equipment.Product Structure:The molecular formula of alumina is Al ₂ O3, which has many homogeneous and heterogeneous crystals. There are mainly three crystal forms, namely α - Al ₂ O3, β - Al ₂ O3, and γ - Al ₂ O3, which have different structures and properties. Among them, the structure of α - Al ₂ O3 is the most stable, also known as corundum. At high temperatures above 1300 ℃, Al ₂ O3 is almost completely transformed into α - Al ₂ O3. The main component of alumina bulletproof ceramics is it.The alumina arc-shaped ceramic bulletproof sheet produced by Wanfangte Ceramics has an alumina content of 99% and a Rockwell hardness of up to 88. Through military target shooting experiments, the product has strong resistance to bullet impact and can withstand the pressure shock wave of bullets, performing well in target shooting experiments.Application:The lining of bulletproof vests of grade three or above, and the protective device for tanks and armored vehicles.

Briefly describe：Bulletproof mechanism:Ceramics are bulletproof because of their high specific stiffness, high specific strength, and chemical inertness in many environments. What makes it better than metal is that metal materials undergo plastic deformation and absorb energy when resisting bullet impact, while ceramics hardly undergo plastic deformation. Bullets can become dull or even broken due to their high strength and hardness characteristics.The bulletproof layer is composed of bulletproof ceramics and high-strength and high modulus fiber composite panels. When a high-speed projectile collides with the ceramic layer, the ceramic layer fractures or cracks, and diffuses around the impact point, consuming most of the energy of the projectile. Subsequently, the high modulus fiber composite panel further consumes the remaining energy of the projectile. Therefore, its application in armor systems is very attractive and has become a widely used protective armor for bulletproof vests, vehicles, aircraft and other equipment.Product Structure:The molecular formula of alumina is Al ₂ O3, which has many homogeneous and heterogeneous crystals. There are mainly three crystal forms, namely α - Al ₂ O3, β - Al ₂ O3, and γ - Al ₂ O3, which have different structures and properties. Among them, the structure of α - Al ₂ O3 is the most stable, also known as corundum. At high temperatures above 1300 ℃, Al ₂ O3 is almost completely transformed into α - Al ₂ O3. The main component of alumina bulletproof ceramics is it.The alumina arc-shaped ceramic bulletproof sheet produced by Wanfangte Ceramics has an alumina content of 99% and a Rockwell hardness of up to 88. Through military target shooting experiments, the product has strong resistance to bullet impact and can withstand the pressure shock wave of bullets, performing well in target shooting experiments.Application:The lining of bulletproof vests of grade three or above, and the protective device for tanks and armored vehicles.

Briefly describe：Bulletproof mechanism:Ceramics are bulletproof because of their high specific stiffness, high specific strength, and chemical inertness in many environments. What makes it better than metal is that metal materials undergo plastic deformation and absorb energy when resisting bullet impact, while ceramics hardly undergo plastic deformation. Bullets can become dull or even broken due to their high strength and hardness characteristics.The bulletproof layer is composed of bulletproof ceramics and high-strength and high modulus fiber composite panels. When a high-speed projectile collides with the ceramic layer, the ceramic layer fractures or cracks, and diffuses around the impact point, consuming most of the energy of the projectile. Subsequently, the high modulus fiber composite panel further consumes the remaining energy of the projectile. Therefore, its application in armor systems is very attractive and has become a widely used protective armor for bulletproof vests, vehicles, aircraft and other equipment.Product Structure:The molecular formula of alumina is Al ₂ O3, which has many homogeneous and heterogeneous crystals. There are mainly three crystal forms, namely α - Al ₂ O3, β - Al ₂ O3, and γ - Al ₂ O3, which have different structures and properties. Among them, the structure of α - Al ₂ O3 is the most stable, also known as corundum. At high temperatures above 1300 ℃, Al ₂ O3 is almost completely transformed into α - Al ₂ O3. The main component of alumina bulletproof ceramics is it.The alumina arc-shaped ceramic bulletproof sheet produced by Wanfangte Ceramics has an alumina content of 99% and a Rockwell hardness of up to 88. Through military target shooting experiments, the product has strong resistance to bullet impact and can withstand the pressure shock wave of bullets, performing well in target shooting experiments.Application:The lining of bulletproof vests of grade three or above, and the protective device for tanks and armored vehicles.

Briefly describe：Bulletproof mechanism:Ceramics are bulletproof because of their high specific stiffness, high specific strength, and chemical inertness in many environments. What makes it better than metal is that metal materials undergo plastic deformation and absorb energy when resisting bullet impact, while ceramics hardly undergo plastic deformation. Bullets can become dull or even broken due to their high strength and hardness characteristics.The bulletproof layer is composed of bulletproof ceramics and high-strength and high modulus fiber composite panels. When a high-speed projectile collides with the ceramic layer, the ceramic layer fractures or cracks, and diffuses around the impact point, consuming most of the energy of the projectile. Subsequently, the high modulus fiber composite panel further consumes the remaining energy of the projectile. Therefore, its application in armor systems is very attractive and has become a widely used protective armor for bulletproof vests, vehicles, aircraft and other equipment.Product Structure:The molecular formula of alumina is Al ₂ O3, which has many homogeneous and heterogeneous crystals. There are mainly three crystal forms, namely α - Al ₂ O3, β - Al ₂ O3, and γ - Al ₂ O3, which have different structures and properties. Among them, the structure of α - Al ₂ O3 is the most stable, also known as corundum. At high temperatures above 1300 ℃, Al ₂ O3 is almost completely transformed into α - Al ₂ O3. The main component of alumina bulletproof ceramics is it.The alumina arc-shaped ceramic bulletproof sheet produced by Wanfangte Ceramics has an alumina content of 99% and a Rockwell hardness of up to 88. Through military target shooting experiments, the product has strong resistance to bullet impact and can withstand the pressure shock wave of bullets, performing well in target shooting experiments.Application:The lining of bulletproof vests of grade three or above, and the protective device for tanks and armored vehicles.

Briefly describe：Content: 92% 95%◆ Woven bag and pallet packaging◆ Wear resistant, impact resistant, high hardnessMain product: Aluminum oxide grinding ballAlias: Wear resistant alumina ball, high alumina spherulite, corundum ceramic ball, alumina wear-resistant ceramic ballProduct features: high density, low wear, wear resistance, impact resistance, good seismic stability, acid and alkali resistance, no pollution. Adopting calcination technology to ensure high density and low wear, improve grinding efficiency, and reduce usage costs.  Widely used in: ceramic glaze, coatings, refractory materials, cement, power plants, glass, chemical industry, food machinery.  Good stability: using high-quality alumina powder, unique rolling forming and isostatic pressing forming technology to ensure its excellent wear resistance and roundnessProduct specifications: Complete specifications, diameter 0.5-90mmOn demand customization: can be cut according to needs, directly supplied by the manufacturer, with quality assurance, superior quality for large quantities, customized according to needs, and complete specifications

Briefly describe：◆ Specification: 0.5-50mmContent: 92% 95%◆ Woven bag and pallet packaging◆ Wear resistant, impact resistant, high hardnessMain product: Aluminum oxide grinding ballAlias: Wear resistant alumina ball, high alumina spherulite, corundum ceramic ball, alumina wear-resistant ceramic ballProduct features: high density, low wear, wear resistance, impact resistance, good seismic stability, acid and alkali resistance, no pollution. Adopting calcination technology to ensure high density and low wear, improve grinding efficiency, and reduce usage costs.  Widely used in: ceramic glaze, coatings, refractory materials, cement, power plants, glass, chemical industry, food machinery.  Good stability: using high-quality alumina powder, unique rolling forming and isostatic pressing forming technology to ensure its excellent wear resistance and roundnessProduct specifications: Complete specifications, diameter 0.5-90mmOn demand customization: can be cut according to needs, directly supplied by the manufacturer, with quality assurance, superior quality for large quantities, customized according to needs, and complete specifications

Briefly describe：Application fields:Wear resistant materials used in industries such as petroleum, mining, steel mills, power plants, etc. for material conveying equipment or liquid flow on the surface of pipelines. Their main function is to effectively resist the impact of materials passing through the pipeline wallProduct Features:Dry pressing and high-temperature firing result in a Rockwell hardness of HR80-90, second only to diamond.Product performance indicators:Performance products92series95series97series99series  Al2O3（%）≥92≥95≥97≥99Mohs hardness9999water absorption rate（%）≤0.01≤0.01≤0.01≤0.01breaking strength（n/mm）40424448bending strength(Mpa)255275285300bulk density（g/cm3）≥3.63≥3.68≥3.73≥3.83 Product Specifications namelong（L）mmwide（W）mmthick（H）mmremarkCross hole pressure plate6040≥7Mutual pressure plate40-6040-50≥6Flat or orifice plateConvex tailcoat40-7010-408-15Concave swallowtail40-7010-408-15Buckle groove40-10010-508-15slot145-14745-93.522-50Curved tailcoat54.7-10015-308-15Conveyor arc144-18930-7250Slotted cylinder21-3121-3121-31 Additionally:We can produce grinding tools according to customer requirements Advantages:Wear resistance, impact resistance, and easy construction, its theoretical wear resistance is equivalent to times that of manganese steel and times that of chromium steel. Can effectively extend the service life of vulnerable parts of equipment.  

Briefly describe：Wear resistant ceramic elbows are excellent alternatives to stainless steel pipes, cast stone pipes, and high chromium cast iron pipes in the field of wear resistance. They are widely used in industries such as power, mining, steel, coal, metallurgy, and cement to transport materials such as tailings, ash, sand, coal powder, and concentrate powder. Ceramic wear-resistant elbows have high wear resistance, corrosion resistance, and heat resistance, with a service life nearly dozens of times longer than ordinary pipelines. They are lightweight and easy to install, allowing enterprises to better reduce costs and save energy consumption.Wear resistant ceramic elbows are not only used for ash removal, slag discharge pipes, powder feeding and returning pipes, and desulfurization pipelines in coal-fired power plants, but also widely used in the following industries:Mining: coal slurry, coal washing mud, mine filling materials, and coal powder in the coal industry;Metal mines: wear-resistant elbows for conveying concentrate and tailings;Metallurgy: pipelines for coal injection and slag transportation in the blast furnaces of steel plants; CAO、 Zinc sand conveying pipeline, preferred wear-resistant elbows for conveying ferroalloys in steelmaking and refining outside the furnace;Cement plant: raw material slurry conveying, coal powder conveying, elevator feeding, finished cement pneumatic conveying loading and unloading of rotary kiln wet production line, wear-resistant elbows for concrete conveying.Chemical plant: Coal powder conveying pipeline, wear-resistant elbow for conveying raw materials such as silicon powder.Wear resistant ceramic elbow is a material mainly composed of alumina (AL2O3), supplemented with other ingredients, and fired at a high temperature of 1700 degrees. The adhesive ceramic wear-resistant elbow is widely used in coal transportation, material transportation systems, powder production systems, ash discharge, dust removal systems and other mechanical equipment in enterprises such as thermal power, steel, smelting, machinery, coal, mining, chemical, cement, port and dock. Different types of products can be selected according to different needs.Performance parameters of wear-resistant ceramic elbow:Alumina content: ≥ 92%Density: ≥ 3.6 g/cm3Rockwell hardness: ≥ 85 HRACompressive strength: ≥ 850 MpaFracture toughness K Ι C: ≥ 4.8MPa · m1/2Bending strength: ≥ 290MPaThermal conductivity: 20W/m.KThermal expansion coefficient: 7.2 × 10-6m/m. K

Briefly describe：Introduction to Ceramic RollersThe slipping phenomenon of ceramic coating materials and conveyor belts has become a thing of the past. These 20 * 20mm sized alumina ceramic blocks (CK) embedded in special rubber, with particles on the surface and excellent wear resistance, can provide excellent grip between the driving rollers and conveyor belts. Even under extreme working conditions such as mud, moisture, and high wear environments. Ceramic encapsulation can easily solve problems and ensure the normal operation of the conveying system. Flat ceramic coating (CP) can effectively solve the serious wear problems of tail wheels, tension wheels, or tugboats. Advantages of ceramic rollers1. The rubber grooves between the ceramic strips ensure maximum drainage and mud removal.2. The high-quality rubber at the bottom of the ceramic can effectively reduce the wear between the conveyor belt and the drive wheel.3. The ceramic coating material has a cold vulcanized CN layer, which can interact with SC2000 or SC4000 to achieve the strongest adhesion with the roller surface. Thanks to the cold vulcanization CN layer, ceramic coating can be applied on site, which is convenient and fast.4. Whether it is ceramic coating with particles (CK) used for driving wheels or flat ceramic coating (CP) used for tail wheels or tension wheels, its superior wear resistance makes its service life 8 to 10 times longer than traditional rubber in the same working environment.

Briefly describe：1、 Structure of Ceramic Rubber Composite Lining Plate ProductAfter applying a special rubber adhesive to wear-resistant ceramics, the three materials of ceramics, rubber, and steel plate are vulcanized together at high temperature and high pressure to form a sturdy and impact resistant three in one wear-resistant ceramic composite lining plate. 2、 Characteristics of Ceramic Rubber Composite Lining Plate Products1. Wear resistanceThe wear-resistant ceramic adopts a unique formula of 95% AL203 with various wear-resistant materials added, and is formed by dry pressing of 100 tons. It has the characteristics of high density, high toughness, and wear resistance. Its Rockwell hardness is ≥ 90HRA, and it has ultra-high wear resistance.  2. Resistant to cold and high temperaturesThe three in one impact resistant and wear-resistant ceramic lining plate is developed based on years of experience. Multiple components are added to the rubber to prevent it from changing its internal structure even in low temperature environments of minus 50 degrees Celsius and high temperature environments of 250 degrees Celsius, thus avoiding rubber aging and ceramic tile detachment.  3. Impact resistanceThe wear-resistant ceramics produced incorporate Cr203 and TiO2, which have a lattice similar to AI203, into the formula, while adding Zn0 whiskers. During the sintering process, they form a solid solution with AL203, which refines the grain size, promotes sintering, and improves fracture toughness.The wear-resistant ceramic products produced by our company have excellent fracture toughness.  Hanging situation after modification with three in one wear-resistant ceramic composite lining plate1、 The cylindrical mixer equipped with a three in one wear-resistant ceramic composite lining plate can basically eliminate the phenomenon of hanging materials during use, with only slight hanging materials on the lifting plate. The lining formed in the lifting plate (angle steel) area can provide certain protection for the lifting plate, while the wear-resistant ceramic lining plate does not hang materials and there is no aging or wear phenomenon. The estimated service life of the lining board is 3-5 years.  2、 It can significantly reduce power consumption (reduce the power consumption of equipment during self weight operation) and achieve energy-saving effects.  3、 Wear condition and service life of each transmission component: after the modification of the mixing drum, the gears and ring gears; Gearbox components; The service life of the toothed coupling is doubled. The phenomenon of cylinder movement has been basically eliminated, and the rotation of the cylinder is quite stable.  4、 Craftsmanship1. The excellent performance of wear-resistant ceramic lining plate makes the material trajectory in the mixer reasonable. The slight hanging of the pressure strip and the appropriate thickness provide conditions for further strengthening the mixing and balling capabilities of the mixer.  2. Has good resistance to high-temperature material erosion and wear resistance.  3. The effective diameter of the cylindrical mixer has been increased, the mixing throughput has been increased, and the mixing uniformity of the first mixture and the ability of the second mixture to produce balls have been improved. And the particle size composition of the mixture is reasonable.  4. Reduce the daily labor intensity of the production system before maintenance, eliminating the need to clean and excavate the mixer, saving manpower and material resources.