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The Heat Resistant Cast Grate Bar from XIN RUI JI INTERNATIONAL TRADE is designed for waste incinerators. It withstands high temperatures and harsh operating conditions.
This grate bar ensures durability and efficiency in waste combustion systems. It resists wear, corrosion, and extreme heat.
Precision manufacturing guarantees consistent quality and performance. Each batch undergoes strict testing for reliability.
Below are the product's key specifications:
Parameter | Value |
Length | Typically 500mm, customizable from OD100mm to OD2000mm. |
Width | Common width around 150mm, customizable from 3mm to 160mm. |
Height | Standard height around 100mm, with custom heights available. |
Materials | Heat-resistant cast steel (ZGCo20, ZGCo40, ZGCo50, etc.), high chromium cast iron (RTCr16, RTCr28), and heat-resistant cast iron (RTSi-5.5). |
Heat Resistance | Can withstand temperatures between 550°C and 1200°C. |
Wear Resistance | Made from high chromium cast iron and nickel alloys for exceptional wear resistance. |
Corrosion Resistance | Resistant to corrosive gases from waste incineration. |
Manufacturing Process | Precision casting, machining (turning, milling, drilling), heat treatment (annealing, normalizing, quenching, tempering). |
Chemical Composition | Spectroscopic analysis on every batch to ensure material quality. |
Non-Destructive Testing | 100% liquid penetrant testing (PT) to detect surface defects. |
Visual Inspection | 100% visual inspection (VI) for surface defects, cracks, and flaws. |
Dimensional Testing | Accurate measurement to ensure compliance with design specifications. |
This product is ideal for high-temperature waste incineration. It ensures efficiency and long-term performance in industrial applications.
● High Temperature Resistance
○ The material and design prevent deformation or damage in extreme heat. It withstands temperatures up to 1200°C.
● Wear Resistance
○ Made from high-chromium cast iron with hardness exceeding HRC50. Surface hardening enhances resistance to friction and impact.
● Corrosion Resistance
○ Chromium and nickel form a protective oxide layer. Some models include ceramic coatings for added protection.
● Excellent Mechanical Properties
○ With tensile strength between 500-1000MPa, it handles high loads and impact without cracking or breaking.
● Precision Dimensions and Shapes
○ Precision casting and machining ensure accurate size and smooth surfaces, improving operational efficiency.
● Customizable Options
○ Available in various sizes, shapes, and materials. Customization meets specific furnace and operational requirements.
● Precision Casting
○ Uses lost-wax casting and other advanced methods. Ensures accurate dimensions and smooth surfaces for reliable performance.
● Machining Process
○ Includes turning, milling, drilling, boring, and grinding. Guarantees precise shape and size to meet operational requirements.
● Heat Treatment
○ Involves annealing, normalizing, quenching, and tempering. Enhances mechanical strength and heat resistance for long-term durability.
● Precision Casting
○ Uses lost-wax casting and other advanced methods. Ensures accurate dimensions and smooth surfaces for reliable performance.
● Machining Process
○ Includes turning, milling, drilling, boring, and grinding. Guarantees precise shape and size to meet operational requirements.
● Heat Treatment
○ Involves annealing, normalizing, quenching, and tempering. Enhances mechanical strength and heat resistance for long-term durability.
A: It is a high-temperature component used in waste incinerators. It supports waste combustion and withstands extreme heat.
A: They are made from heat-resistant cast steel, high-chromium cast iron, and nickel alloys for durability and wear resistance.
A: Chromium and nickel form a protective oxide layer. Some models have ceramic coatings for extra protection against corrosive gases.
The Heat Resistant Cast Grate Bar from XIN RUI JI INTERNATIONAL TRADE is designed for waste incinerators. It withstands high temperatures and harsh operating conditions.
This grate bar ensures durability and efficiency in waste combustion systems. It resists wear, corrosion, and extreme heat.
Precision manufacturing guarantees consistent quality and performance. Each batch undergoes strict testing for reliability.
Below are the product's key specifications:
Parameter | Value |
Length | Typically 500mm, customizable from OD100mm to OD2000mm. |
Width | Common width around 150mm, customizable from 3mm to 160mm. |
Height | Standard height around 100mm, with custom heights available. |
Materials | Heat-resistant cast steel (ZGCo20, ZGCo40, ZGCo50, etc.), high chromium cast iron (RTCr16, RTCr28), and heat-resistant cast iron (RTSi-5.5). |
Heat Resistance | Can withstand temperatures between 550°C and 1200°C. |
Wear Resistance | Made from high chromium cast iron and nickel alloys for exceptional wear resistance. |
Corrosion Resistance | Resistant to corrosive gases from waste incineration. |
Manufacturing Process | Precision casting, machining (turning, milling, drilling), heat treatment (annealing, normalizing, quenching, tempering). |
Chemical Composition | Spectroscopic analysis on every batch to ensure material quality. |
Non-Destructive Testing | 100% liquid penetrant testing (PT) to detect surface defects. |
Visual Inspection | 100% visual inspection (VI) for surface defects, cracks, and flaws. |
Dimensional Testing | Accurate measurement to ensure compliance with design specifications. |
This product is ideal for high-temperature waste incineration. It ensures efficiency and long-term performance in industrial applications.
● High Temperature Resistance
○ The material and design prevent deformation or damage in extreme heat. It withstands temperatures up to 1200°C.
● Wear Resistance
○ Made from high-chromium cast iron with hardness exceeding HRC50. Surface hardening enhances resistance to friction and impact.
● Corrosion Resistance
○ Chromium and nickel form a protective oxide layer. Some models include ceramic coatings for added protection.
● Excellent Mechanical Properties
○ With tensile strength between 500-1000MPa, it handles high loads and impact without cracking or breaking.
● Precision Dimensions and Shapes
○ Precision casting and machining ensure accurate size and smooth surfaces, improving operational efficiency.
● Customizable Options
○ Available in various sizes, shapes, and materials. Customization meets specific furnace and operational requirements.
● Precision Casting
○ Uses lost-wax casting and other advanced methods. Ensures accurate dimensions and smooth surfaces for reliable performance.
● Machining Process
○ Includes turning, milling, drilling, boring, and grinding. Guarantees precise shape and size to meet operational requirements.
● Heat Treatment
○ Involves annealing, normalizing, quenching, and tempering. Enhances mechanical strength and heat resistance for long-term durability.
● Precision Casting
○ Uses lost-wax casting and other advanced methods. Ensures accurate dimensions and smooth surfaces for reliable performance.
● Machining Process
○ Includes turning, milling, drilling, boring, and grinding. Guarantees precise shape and size to meet operational requirements.
● Heat Treatment
○ Involves annealing, normalizing, quenching, and tempering. Enhances mechanical strength and heat resistance for long-term durability.
A: It is a high-temperature component used in waste incinerators. It supports waste combustion and withstands extreme heat.
A: They are made from heat-resistant cast steel, high-chromium cast iron, and nickel alloys for durability and wear resistance.
A: Chromium and nickel form a protective oxide layer. Some models have ceramic coatings for extra protection against corrosive gases.
