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| Quantity: | |
|---|---|
| Parameter | Details |
|---|---|
| Materials | Cast Iron (HT200, HT250, RTCr16, RTCr28, etc.), Heat-resistant Alloy Steel (DIN 1.4710, DIN 1.4729, etc.), High-chromium Cast Steel |
| Dimensions | Customizable |
| Temperature Resistance | 550°C to 1200°C |
| Structure | Fixed and Movable Grates. Movable grates are chain-driven to move waste into the incinerator |
| Surface Treatment | Sandblasting |
| Manufacturing Process | Vacuum Casting, Resin Sand Core Casting, Precision Lost-Wax Casting |
| Performance | High Wear Resistance, Corrosion Resistance |
| Certification | ISO 9001:2008 |
| Application | Refuse Incinerators, pushing waste into the furnace for combustion |
XinRuiJi offers high-quality customized fire grate bars for refuse incinerators. Our products are designed for efficient waste incineration. These fire grate bars are made from durable materials to withstand extreme conditions.
Materials
We use a range of materials, including cast iron, heat-resistant alloy steel, and high-chromium cast steel. Common materials include HT200, HT250, DIN 1.4710.
Dimensions
Our fire grate bars come in various sizes. For instance, Witdge Alloy provides a size of 450mm×200mm×45mm. The dimensions can be customized to meet specific needs.
Temperature Resistance
These fire grate bars are built to endure temperatures from 550°C to 1200°C. This makes them ideal for high-heat environments like refuse incineration.
Structure
The grate bars consist of fixed and movable parts. The movable bars are driven by chains, pushing waste into the incinerator for combustion.
Surface Treatment
Our products undergo sandblasting to improve surface quality and durability. This enhances performance in harsh conditions.
Manufacturing Process
We use advanced casting techniques such as vacuum casting, resin sand core casting, and precision lost-wax casting. These methods ensure high-quality, durable products.
Performance
Our fire grate bars are designed for exceptional wear resistance. They also have corrosion resistance, protecting them from the harsh, corrosive environment of a waste incinerator.
Certification
Some of our fire grate bars are ISO 9001:2008 certified. This ensures our products meet international quality standards.
Application
These fire grate bars are primarily used in refuse incinerators. They help push waste into the furnace for high-temperature combustion, ensuring efficient waste management.
For reliable and long-lasting fire grate bars, contact XinRuiJi today!
XinRuiJi’s fire grate bars are designed for high performance in refuse incinerators. Here are the key features of our product:
Made from heat-resistant cast iron, alloy steel, and high-chromium cast steel, these bars operate effectively between 550°C and 1200°C without warping or cracking.
Special structural designs, such as heat-insulating layers, enhance heat resistance and extend the lifespan of the bars.
High-chromium cast steel provides excellent hardness and wear resistance, preventing damage from abrasive particles like ash and debris.
Some models undergo sandblasting to improve surface texture, ensuring better friction and smoother movement of waste across the bars.
The materials used resist corrosion caused by acidic gases and chlorides generated during incineration, maintaining the integrity of the bars.
Some fire grate bars are coated with high-temperature, anti-corrosion coatings, offering additional protection and increasing service life.
The design ensures sufficient strength and rigidity to withstand the weight of waste and forces during combustion, preventing deformation or breakage.
Reliable connections between bars, such as high-strength bolts or welding, ensure long-term stability and prevent loosening or detachment.
These bars are adaptable to various waste types, including municipal, industrial, and medical waste, without compromising performance.
They also perform reliably under varying operating conditions, such as continuous or intermittent use, and can quickly adapt to changes in load and furnace start-up/shut-down cycles.
Modular design allows for quick and easy replacement of individual bars, minimizing downtime and maintenance costs.
The bars are designed for easy cleaning, with features that prevent ash accumulation and help maintain combustion efficiency.
The arrangement and shape of the fire grate bars enhance air circulation and optimize waste distribution, promoting efficient combustion.
Their durability reduces the occurrence of unburned waste, contributing to lower residue and improving the overall efficiency of waste incineration.
The production process of our fire grate bars involves several key steps, ensuring high quality and durability:
Furnace Selection: Heat-resistant steel is melted in electric arc or induction furnaces; high-quality alloys use vacuum refining.
Charging Sequence: Charge hard-to-melt alloys first, followed by scrap steel using a specific layering method.
Melting and Deoxidation: Maximum furnace power is used to melt metals, followed by deoxidation with ferromanganese, ferrosilicon, and aluminum.
Pouring: Once the temperature reaches 1480°C, the molten iron is poured after resting in the furnace for proper settling.
Casting Process Selection: High-alloy heat-resistant steels are cast for their superior strength, especially in fire grate bars.
Mold Making: Molds are created based on the product’s shape and size using sand casting, metal mold casting, or lost-wax casting.
Pouring Control: The pouring temperature is carefully controlled at 10-30°C above the liquidus line, and chromium carbide powder is added for enhanced crystallization.
Pearlitic Heat-Resistant Steel: Generally normalized or tempered to improve performance.
Martensitic Heat-Resistant Steel: Tempered to stabilize structure and enhance mechanical and high-temperature strength.
Ferritic Steel: Annealed to relieve internal stresses and avoid brittleness in the temperature range of 650-830°C.
Austenitic Oxidation-Resistant Steel: Treated with high-temperature solution heat treatment for improved cold formability.
Austenitic Heat-Resistant Steel: Solution treated and aged at 60-100°C above the working temperature for structural stability.
Casting Cleaning: Burrs and flashing are removed, followed by polishing to improve surface finish.
Machining: Precision machining such as turning or milling ensures the required dimensions and shapes.
Surface Treatment: Surface treatments like sandblasting, painting, or coating improve corrosion and wear resistance.
XinRuiJi ensures strict quality control throughout the production process. Below are the key quality control steps:
A detailed project timeline is developed and monitored to ensure timely delivery.
Clear communication between departments ensures all technical requirements are understood and followed.
All technical details are clarified before production begins to avoid misunderstandings during manufacturing.
A comprehensive plan outlining the inspections and tests at each production stage.
Non-destructive testing is performed to detect internal defects without damaging the products.
Inspection of groove dimensions to ensure accurate fit for welding.
Regular measurement checks to ensure all parts meet precise dimensional specifications.
Thorough inspection of incoming raw materials to meet the required standards.
Preparation of detailed welding procedures and qualification records to ensure quality welds.
The entire fabrication process is monitored to ensure adherence to specifications.
Inspection of shell welds for strength and integrity.
Inspection of grooves, preheating processes, and ultrasonic testing for any structural flaws.
Pre- and post-machining inspections ensure the parts meet required standards.
Hardness tests are conducted and certified to ensure material strength meets specifications.
Special focus on trunnion welds to ensure durability and strength.
Inspection of lifting lug dimensions to guarantee proper handling during installation.
A visual inspection of welds to ensure smooth, uniform seams.
Independent third-party inspections are conducted for unbiased quality verification.
A final quality check ensures all product specifications and requirements are met before shipping.
Detailed records of final inspection results are documented and reviewed.
Complete inspection reports are compiled for traceability and quality assurance.
Inspection of painting and packaging ensures protection during transit.
Product condition is inspected before shipping to ensure safe delivery.
A comprehensive summary of the quality control measures taken throughout the project.
| Parameter | Details |
|---|---|
| Materials | Cast Iron (HT200, HT250, RTCr16, RTCr28, etc.), Heat-resistant Alloy Steel (DIN 1.4710, DIN 1.4729, etc.), High-chromium Cast Steel |
| Dimensions | Customizable |
| Temperature Resistance | 550°C to 1200°C |
| Structure | Fixed and Movable Grates. Movable grates are chain-driven to move waste into the incinerator |
| Surface Treatment | Sandblasting |
| Manufacturing Process | Vacuum Casting, Resin Sand Core Casting, Precision Lost-Wax Casting |
| Performance | High Wear Resistance, Corrosion Resistance |
| Certification | ISO 9001:2008 |
| Application | Refuse Incinerators, pushing waste into the furnace for combustion |
XinRuiJi offers high-quality customized fire grate bars for refuse incinerators. Our products are designed for efficient waste incineration. These fire grate bars are made from durable materials to withstand extreme conditions.
Materials
We use a range of materials, including cast iron, heat-resistant alloy steel, and high-chromium cast steel. Common materials include HT200, HT250, DIN 1.4710.
Dimensions
Our fire grate bars come in various sizes. For instance, Witdge Alloy provides a size of 450mm×200mm×45mm. The dimensions can be customized to meet specific needs.
Temperature Resistance
These fire grate bars are built to endure temperatures from 550°C to 1200°C. This makes them ideal for high-heat environments like refuse incineration.
Structure
The grate bars consist of fixed and movable parts. The movable bars are driven by chains, pushing waste into the incinerator for combustion.
Surface Treatment
Our products undergo sandblasting to improve surface quality and durability. This enhances performance in harsh conditions.
Manufacturing Process
We use advanced casting techniques such as vacuum casting, resin sand core casting, and precision lost-wax casting. These methods ensure high-quality, durable products.
Performance
Our fire grate bars are designed for exceptional wear resistance. They also have corrosion resistance, protecting them from the harsh, corrosive environment of a waste incinerator.
Certification
Some of our fire grate bars are ISO 9001:2008 certified. This ensures our products meet international quality standards.
Application
These fire grate bars are primarily used in refuse incinerators. They help push waste into the furnace for high-temperature combustion, ensuring efficient waste management.
For reliable and long-lasting fire grate bars, contact XinRuiJi today!
XinRuiJi’s fire grate bars are designed for high performance in refuse incinerators. Here are the key features of our product:
Made from heat-resistant cast iron, alloy steel, and high-chromium cast steel, these bars operate effectively between 550°C and 1200°C without warping or cracking.
Special structural designs, such as heat-insulating layers, enhance heat resistance and extend the lifespan of the bars.
High-chromium cast steel provides excellent hardness and wear resistance, preventing damage from abrasive particles like ash and debris.
Some models undergo sandblasting to improve surface texture, ensuring better friction and smoother movement of waste across the bars.
The materials used resist corrosion caused by acidic gases and chlorides generated during incineration, maintaining the integrity of the bars.
Some fire grate bars are coated with high-temperature, anti-corrosion coatings, offering additional protection and increasing service life.
The design ensures sufficient strength and rigidity to withstand the weight of waste and forces during combustion, preventing deformation or breakage.
Reliable connections between bars, such as high-strength bolts or welding, ensure long-term stability and prevent loosening or detachment.
These bars are adaptable to various waste types, including municipal, industrial, and medical waste, without compromising performance.
They also perform reliably under varying operating conditions, such as continuous or intermittent use, and can quickly adapt to changes in load and furnace start-up/shut-down cycles.
Modular design allows for quick and easy replacement of individual bars, minimizing downtime and maintenance costs.
The bars are designed for easy cleaning, with features that prevent ash accumulation and help maintain combustion efficiency.
The arrangement and shape of the fire grate bars enhance air circulation and optimize waste distribution, promoting efficient combustion.
Their durability reduces the occurrence of unburned waste, contributing to lower residue and improving the overall efficiency of waste incineration.
The production process of our fire grate bars involves several key steps, ensuring high quality and durability:
Furnace Selection: Heat-resistant steel is melted in electric arc or induction furnaces; high-quality alloys use vacuum refining.
Charging Sequence: Charge hard-to-melt alloys first, followed by scrap steel using a specific layering method.
Melting and Deoxidation: Maximum furnace power is used to melt metals, followed by deoxidation with ferromanganese, ferrosilicon, and aluminum.
Pouring: Once the temperature reaches 1480°C, the molten iron is poured after resting in the furnace for proper settling.
Casting Process Selection: High-alloy heat-resistant steels are cast for their superior strength, especially in fire grate bars.
Mold Making: Molds are created based on the product’s shape and size using sand casting, metal mold casting, or lost-wax casting.
Pouring Control: The pouring temperature is carefully controlled at 10-30°C above the liquidus line, and chromium carbide powder is added for enhanced crystallization.
Pearlitic Heat-Resistant Steel: Generally normalized or tempered to improve performance.
Martensitic Heat-Resistant Steel: Tempered to stabilize structure and enhance mechanical and high-temperature strength.
Ferritic Steel: Annealed to relieve internal stresses and avoid brittleness in the temperature range of 650-830°C.
Austenitic Oxidation-Resistant Steel: Treated with high-temperature solution heat treatment for improved cold formability.
Austenitic Heat-Resistant Steel: Solution treated and aged at 60-100°C above the working temperature for structural stability.
Casting Cleaning: Burrs and flashing are removed, followed by polishing to improve surface finish.
Machining: Precision machining such as turning or milling ensures the required dimensions and shapes.
Surface Treatment: Surface treatments like sandblasting, painting, or coating improve corrosion and wear resistance.
XinRuiJi ensures strict quality control throughout the production process. Below are the key quality control steps:
A detailed project timeline is developed and monitored to ensure timely delivery.
Clear communication between departments ensures all technical requirements are understood and followed.
All technical details are clarified before production begins to avoid misunderstandings during manufacturing.
A comprehensive plan outlining the inspections and tests at each production stage.
Non-destructive testing is performed to detect internal defects without damaging the products.
Inspection of groove dimensions to ensure accurate fit for welding.
Regular measurement checks to ensure all parts meet precise dimensional specifications.
Thorough inspection of incoming raw materials to meet the required standards.
Preparation of detailed welding procedures and qualification records to ensure quality welds.
The entire fabrication process is monitored to ensure adherence to specifications.
Inspection of shell welds for strength and integrity.
Inspection of grooves, preheating processes, and ultrasonic testing for any structural flaws.
Pre- and post-machining inspections ensure the parts meet required standards.
Hardness tests are conducted and certified to ensure material strength meets specifications.
Special focus on trunnion welds to ensure durability and strength.
Inspection of lifting lug dimensions to guarantee proper handling during installation.
A visual inspection of welds to ensure smooth, uniform seams.
Independent third-party inspections are conducted for unbiased quality verification.
A final quality check ensures all product specifications and requirements are met before shipping.
Detailed records of final inspection results are documented and reviewed.
Complete inspection reports are compiled for traceability and quality assurance.
Inspection of painting and packaging ensures protection during transit.
Product condition is inspected before shipping to ensure safe delivery.
A comprehensive summary of the quality control measures taken throughout the project.
