Our condensing gas-fired steam boiler is engineered to deliver superior performance for a wide range of industrial applications, including food processing, chemical production, pharmaceutical manufacturing, textile dyeing and building materials processing.

Core Advantages:

1. High Thermal Efficiency: Utilizes advanced condensing heat exchanger to recover latent heat from flue gas, achieving thermal efficiency up to 98.5%, significantly lowering operating costs.

2. Low Emission: Adopts low-nitrogen premixed burner, meeting national and international low NOₓ emission requirements (NOₓ ≤ 30mg/Nm³), eco-friendly and compliant with environmental regulations.

3. Intelligent Operation: Equipped with PLC automatic control system, real-time monitoring of water level, pressure and temperature, with automatic alarm and protection functions for safe and unmanned operation.

4. Compact Design: Space-saving structure, quick installation and easy maintenance, suitable for both new projects and boiler replacement.

Technical Highlights:

• Fuel: Natural gas/LPG/biogas (customizable)

• Steam Capacity: 0.5-20 t/h (customized per customer demand)

• Working Pressure: 0.7-1.6 MPa

• Exhaust Gas Temperature: ≤ 60℃

• Compliance: CE, ISO9001, ASME certified

We provide customized solutions, EXW price terms and nationwide after-sales service. For more technical parameters and quotation, please consult our professional team.

Our Heat Transfer Oil Boiler is a high-efficiency, energy-saving industrial heating equipment designed to provide stable and uniform heat supply for various industrial production processes. With advanced combustion technology and precise temperature control system, it effectively transfers heat through thermal oil, ensuring safe and efficient operation while reducing energy consumption and operational costs. Suitable for a wide range of industries, this boiler is a reliable heating solution for modern industrial production.

Product Features

• High Thermal Efficiency: Adopting advanced heat exchange structure and efficient combustion technology, the thermal efficiency reaches up to 92% or higher, which significantly reduces fuel consumption and saves operational costs for enterprises.

• Stable Temperature Control: Equipped with an intelligent temperature control system, the boiler can maintain the thermal oil temperature within ±1℃, ensuring stable heat supply and meeting the strict temperature requirements of various industrial processes.

• Safe and Reliable Operation: Equipped with multiple safety protection devices, including over-temperature protection, pressure protection, low-oil level protection, and flameout protection, to fully ensure the safety of equipment operation and avoid potential risks.

• Low Emission and Environmental Protection: The optimized combustion system effectively reduces emissions of NOx, SOx and other harmful gases, complying with international environmental protection standards and adapting to the global green development trend.

• Easy Maintenance and Long Service Life: The compact structure design makes installation and maintenance convenient. The boiler body is made of high-quality alloy materials, which is corrosion-resistant, high-temperature resistant, and has a service life of more than 10 years under normal operation.

• Wide Fuel Adaptability: Available in gas-fired, oil-fired, electric and other types, among which the gas-fired type is widely used, compatible with natural gas, liquefied petroleum gas and other fuels, meeting the different fuel needs of customers.

Technical Parameters (Gas-fired Type)

(For more model details, please consult our staff.)

Application Scenarios

Our heat transfer oil boiler is widely used in various industrial fields that require stable high-temperature heating, including:

• Textile Industry: Dyeing, printing, drying and shaping processes.

• Food Processing Industry: Sterilization, drying, frying and heating of food raw materials.

• Pharmaceutical Industry: Concentration, drying and sterilization of pharmaceutical raw materials.

• Coating Industry: Heating of automatic powder coating lines and electrophoretic coating lines, as well as drying of coatings.

• Chemical Industry: Reaction kettles, distillation, and heating of chemical materials.

• Heating Industry: Central heating of factories, workshops and large buildings.

Our Advantages

We have years of experience in the research, development and production of industrial boilers. All our heat transfer oil boilers are manufactured in strict accordance with international standards, and have passed multiple quality certifications. We provide customized solutions according to the actual needs of customers, including boiler type selection, installation guidance, after-sales maintenance and other one-stop services, to ensure that customers can use the equipment with peace of mind.

Choose our heat transfer oil boiler, and you will get a high-efficiency, safe and environmentally friendly industrial heating solution that helps your enterprise reduce costs and increase efficiency, and achieve sustainable development.

Our condensing gas-fired hot water boiler is specially designed for efficient and eco-friendly heating and hot water supply. It is widely used in residential communities, hotels, hospitals, swimming pools, factories and other scenarios that require continuous and stable hot water.

Core Advantages:

1. Ultra-high Thermal Efficiency: Adopts advanced condensing heat recovery technology, which recovers the latent heat in the flue gas that is usually discharged, increasing the thermal efficiency to over 98% and reducing fuel consumption by 15-25% compared with traditional boilers.

2. Low Nitrogen Emission: Equipped with a low-nitrogen premix burner, the NOₓ emission is ≤30mg/Nm³, which fully meets the strict environmental protection standards and is more environmentally friendly.

3. Intelligent Control System: The PLC intelligent control system realizes automatic operation of water temperature, pressure and water level, with multiple safety protection functions to ensure 24-hour stable and unmanned operation.

4. Compact & Durable Structure: The whole machine is compact in design, easy to install and maintain, and the heat exchanger is made of corrosion-resistant materials, which has a long service life.

Application Scenarios:

• Residential & commercial central heating

• Domestic & industrial hot water supply

• Swimming pool constant temperature heating

• Supporting heating for automated electrophoresis lines and other industrial processes

Technical Highlights:

• Fuel: Natural gas, LPG, biogas (customizable)

• Heating capacity: 1200KW – 3600KW (customizable)

• Working pressure: 0.7MPa – 1.6MPa

• Exhaust gas temperature: ≤60℃

• Dual-Source Integrated Hot Water Boiler System。
  

We provide customized solutions, EXW price terms and professional after-sales service. For more parameters and quotation, please contact our sales team.

We deploy a local AI computer and build an on-premises database to achieve intelligent, closed-loop management of your boiler system.The system real-time records all operational parameters. By setting your target energy consumption goals, our AI dynamically adjusts boiler operations in real-time to ensure efficiency while meeting your specific needs.Furthermore, it automatically initiates basic maintenance routines based on the equipment's running status and health data. This eliminates manual intervention, reduces human error, and maximizes operational safety.

An efficient, energy-saving, low-emission, and durable hot water supply solution designed for industrial, commercial, and residential heating needs, our Condensing Gas-Fired Hot Water Boiler adopts high-quality silicon-magnesium-aluminum alloy as the core material of the boiler body. It uses clean natural gas or liquefied petroleum gas (LPG) as fuel, combines advanced condensing heat recovery technology to fully utilize flue gas waste heat, and provides stable, constant-temperature hot water (up to 95°C) with high thermal efficiency. The silicon-magnesium-aluminum material endows the boiler with superior performance, perfectly replacing traditional gas-fired boilers, helping enterprises and institutions achieve energy conservation, emission reduction, cost reduction, and long-term stable operation.

Core Value Proposition

Our condensing gas-fired hot water boiler, featuring silicon-magnesium-aluminum alloy body, integrates high thermal efficiency, low environmental emissions, durability, and stable operation into one. It uses clean gas fuels (natural gas, LPG) and adopts condensing heat recovery technology, with thermal efficiency up to 108% (exceeding the standard efficiency of traditional gas boilers by 20–30%), reducing energy costs by 15–30%. The silicon-magnesium-aluminum material effectively solves the problems of corrosion, wear, and short service life of traditional boiler materials. Meanwhile, the boiler achieves ultra-low emissions of SOₓ, NOₓ, and particulate matter, meets global strict environmental protection standards, and is suitable for long-term continuous operation in various hot water supply and heating scenarios.

Key Technical Features

• Silicon-Magnesium-Aluminum Alloy Body: The boiler body is made of high-purity silicon-magnesium-aluminum alloy, which has excellent corrosion resistance, high temperature resistance (up to 1200°C), and wear resistance. It effectively resists the corrosion of condensed water (acidic) and flue gas, avoids material aging and leakage, and extends the boiler service life to more than 20 years (5–8 years longer than traditional steel boilers).

• Advanced Condensing Heat Recovery Technology: Equipped with a high-efficiency condensing heat exchanger (also made of silicon-magnesium-aluminum alloy), which fully recovers the latent heat and sensible heat in flue gas (cooling flue gas to below 60°C), significantly improving thermal efficiency and reducing energy waste. The corrosion-resistant performance of silicon-magnesium-aluminum ensures the long-term stable operation of the heat exchanger.

• Efficient Combustion System: Adopts a fully premixed combustion burner or atmospheric combustion burner, combined with intelligent air-fuel ratio control technology, ensuring full combustion of gas, reducing harmful gas emissions, and improving fuel utilization rate. The silicon-magnesium-aluminum body’s good thermal conductivity helps rapid heat transfer, enhancing combustion efficiency.

• Stable Temperature Control: Equipped with an intelligent PLC control system, which can accurately control the outlet water temperature (error ≤ ±1°C), realizing constant-temperature hot water supply, and adapting to the variable hot water demand of different scenarios. The stable material performance of silicon-magnesium-aluminum ensures consistent heat transfer efficiency, avoiding temperature fluctuations.

• Safe & Reliable Operation: Integrated multi-layer safety protection systems, including over-temperature, over-pressure, water shortage, flameout, gas leakage, and fault shutdown interlocks. The high structural strength of silicon-magnesium-aluminum alloy effectively prevents boiler deformation and leakage, further improving operational safety, ensuring long-term stable and safe operation.

• Compact & Space-Saving Design: Adopts a vertical or horizontal compact structure, with small floor area, easy installation and maintenance, suitable for boiler rooms with limited space. The light weight of silicon-magnesium-aluminum alloy (30% lighter than traditional steel boilers) reduces installation difficulty and infrastructure costs.

• Low Maintenance Cost: The silicon-magnesium-aluminum alloy has excellent corrosion resistance and wear resistance, reducing corrosion and wear of the boiler body and components, minimizing maintenance frequency and downtime, and significantly lowering the overall operation and maintenance cost.

Technical Parameters (Typical Model: JKZ Series - Silicon-Magnesium-Aluminum)

Application Scenarios

Widely used in scenarios that require stable, durable, and efficient hot water supply and heating, especially suitable for harsh working environments (such as high humidity, acidic flue gas), including:

• Commercial & Residential Fields: Hotels, hospitals, schools, residential communities, office buildings for central heating and domestic hot water supply, where long-term stable operation and low maintenance are required.

• Industrial Field: Food & beverage, textile, pharmaceutical, chemical, and feed industries for process hot water, cleaning, and heating. The corrosion resistance of silicon-magnesium-aluminum is particularly suitable for industrial scenarios with high-temperature and high-humidity environments.

• Public Facilities: Swimming pools, gymnasiums, bathing centers, and shopping malls for constant-temperature hot water supply and heating, adapting to large-scale and long-time operation needs.

• Other Fields: Greenhouses, breeding bases, and industrial parks for heating and hot water demand, especially in areas with harsh environmental conditions.

Core Advantages Summary

1. Superior Material Performance: Silicon-magnesium-aluminum alloy body, with excellent corrosion resistance, high temperature resistance, and wear resistance, extending service life to ≥20 years, reducing replacement and maintenance costs.

2. High Efficiency & Energy Saving: Condensing heat recovery technology + good thermal conductivity of silicon-magnesium-aluminum, thermal efficiency up to 108%, significantly reducing gas consumption and energy costs compared to traditional gas boilers.

3. Low Emission & Environmental Protection: Ultra-low SOₓ, NOₓ, and particulate matter emissions, compliant with national and international environmental protection policies, achieving green and clean combustion.

4. Stable & Reliable: Intelligent constant temperature control, full combustion, high structural strength of silicon-magnesium-aluminum, and multi-layer safety protection, ensuring stable hot water supply and long-term safe operation.

5. Compact & Convenient: Light weight, small floor area, easy installation and maintenance, suitable for various installation environments, reducing the cost of boiler room construction.

6. Customizable: Can be customized according to the actual hot water demand, working pressure, and installation space of customers, providing tailored silicon-magnesium-aluminum condensing gas-fired hot water boiler solutions.

Why Choose Us?

We specialize in the R&D and production of silicon-magnesium-aluminum condensing gas-fired hot water boilers, providing one-stop services from product design, manufacturing, installation, and commissioning to after-sales maintenance. Our boilers adopt high-purity silicon-magnesium-aluminum alloy materials and mature production technology, ensuring product quality and performance. We have rich experience in customized solutions for commercial, residential, and industrial scenarios, helping customers realize energy conservation, emission reduction, cost reduction, and long-term stable operation, and achieve sustainable development.

Call to Action

Contact our technical team today to get a tailored silicon-magnesium-aluminum condensing gas-fired hot water boiler solution, and let us work together to build a green, efficient, durable, and low-carbon hot water supply and heating system.

A green, efficient, and cost-saving thermal solution designed for industrial high-temperature process needs, our Biomass-Fired Heat Transfer Oil Boiler uses renewable biomass fuels to heat heat transfer oil (thermal oil), providing stable, constant-temperature heat (up to 320°C) without high-pressure risks. It perfectly replaces fossil fuel-fired thermal oil boilers, helping enterprises achieve carbon neutrality goals while reducing operational costs.

Core Value Proposition

Our biomass-fired heat transfer oil boiler integrates renewable energy utilization, high-temperature stability, and environmental compliance into one. It uses low-cost biomass fuels (wood chips, biomass pellets, rice husk, sawdust, corn cob, bagasse, etc.) to replace coal, natural gas, and diesel, reducing energy costs by 25–45%. Meanwhile, it realizes near-zero net CO₂ emissions, meets global environmental protection standards, and is suitable for long-term continuous operation in various industrial scenarios.

Key Technical Features

• Advanced Combustion System: Equipped with a reciprocating grate or chain grate, combined with a multi-stage air distribution system and secondary air technology, ensuring full combustion of biomass fuels, reducing coking and ash accumulation, and improving fuel utilization rate.

• Efficient Heat Transfer Structure: Adopts a horizontal coil-type or tube-type structure, with reasonable layout of heating surfaces (radiation section + convection section), enhancing heat transfer efficiency and ensuring uniform heating of heat transfer oil, with thermal efficiency up to 87%.

• Stable Temperature Control: Equipped with an intelligent PLC control system, which can accurately control the temperature of heat transfer oil (error ≤ ±2°C), realizing constant-temperature heat supply, and adapting to the strict temperature requirements of industrial processes.

• Safe & Reliable Operation: Integrated safety protection systems, including over-temperature, over-pressure, low-oil level, flameout, and fault shutdown interlocks, effectively avoiding safety risks such as oil leakage and overheating, ensuring long-term stable operation.

• Wide Fuel Adaptability: Compatible with various biomass fuels (particle size 0–50mm, moisture content ≤30%), supporting mixed combustion of multiple fuels, solving the problem of difficult fuel sourcing for enterprises in different regions.

• Low Maintenance Cost: Simplified ash and slag discharge system, wear-resistant and high-temperature-resistant components, reducing maintenance frequency and downtime, and lowering the overall operation and maintenance cost.

Technical Parameters (Typical Model: YLW Series)

Application Scenarios

Widely used in industries that require high-temperature, constant-temperature heat supply, including:

• Chemical Industry: Reaction kettles, distillation, polymerization, and drying processes.

• Building Materials Industry: Asphalt heating, coating drying, ceramic firing, and glass processing.

• Food & Beverage Industry: Food drying, sterilization, and grease processing.

• Textile & Printing Industry: Dyeing, printing, and fabric drying.

• Pharmaceutical Industry: Medicine drying, concentration, and sterilization.

• Other Fields: Plastic processing, rubber vulcanization, and district heating (high-temperature water heating).

Core Advantages Summary

1. Green & Environmental Protection: Near-zero net CO₂ emissions, low SOₓ and NOₓ emissions, compliant with national and international environmental protection policies, helping enterprises achieve carbon reduction targets.

2. Cost-Saving: Low-cost biomass fuels + high thermal efficiency, significantly reducing energy expenses compared to coal, gas, and diesel boilers.

3. Stable & Efficient: Constant-temperature heat supply, high heat transfer efficiency, and strong adaptability to industrial process requirements, ensuring production continuity.

4. Safe & Low-Carbon: Atmospheric pressure or low-pressure operation, no high-pressure explosion risk; full combustion of biomass reduces environmental pollution and energy waste.

5. Customizable: Can be customized according to the enterprise’s heat demand, fuel type, and on-site installation conditions, providing tailored solutions.

Why Choose Us?

We provide one-stop services from product design, manufacturing, installation, and commissioning to after-sales maintenance. Our boilers adopt mature production technology and high-quality materials, with a service life of more than 15 years. We have rich experience in customized solutions for various industries, helping enterprises realize energy conservation, emission reduction, and cost reduction, and achieve sustainable development.

Call to Action

Contact our technical team today to get a tailored biomass-fired heat transfer oil boiler solution, and let us work together to build a green, efficient, and low-carbon industrial production system.

Eco-friendly & High-efficiency Steam Solution for Industrial Applications

Core Value Proposition

Our biomass-fired steam boiler converts renewable organic fuels (wood chips, rice husk, biomass pellets, sawdust, corn cob, etc.) into high-pressure steam via clean combustion. It achieves thermal efficiency up to 88%, near-zero net CO₂ emissions (carbon neutrality by design), and lower operational costs compared to fossil fuel boilers, making it ideal for sustainable industrial production.

Key Technical Features

• Dual-Drum Water-Tube Structure: Horizontal double-drum layout with densely arranged membrane water-cooled walls for maximum radiation heat absorption and structural durability.

• Advanced Combustion System: Chain/reciprocating grate with independent air chambers and secondary air supply ensures thorough combustion, reducing coking and emissions.

• High Thermal Efficiency: Optimized convection tube bundles + integrated economizer enhance heat transfer, achieving industry-leading efficiency with minimal fuel consumption.

• Smart Automation: PLC control system with interlock protection (water shortage, overpressure, fault shutdown) enables one-key operation, reducing manual labor risks.

• Wide Fuel Adaptability: Supports irregular biomass, high-moisture fuels, and blended fuels, ensuring flexible fuel sourcing for diverse industrial needs.

Technical Parameters (Typical Model: SZL Series)

Application Scenarios

Widely used in textile, food & beverage, chemical, feed, pharmaceutical, building materials, paper, and heating industries for processes such as cooking, sterilization, drying, fermentation, and district heating.

Core Advantages Summary

1. Cost-Effective: Low-cost renewable fuels reduce energy expenses by 20–40% vs. coal/gas boilers.

2. Eco-Friendly: Near-zero CO₂, lower SOₓ/NOₓ emissions, compliant with global environmental regulations.

3. Reliable & Safe: Robust structure + multi-layer safety protection ensure long-term stable operation.

4. Low Maintenance: Simplified ash/slag discharge system and durable components minimize downtime.

Why Choose Us?

• Customized solutions for capacity, pressure, and fuel type to match your production needs.

• Full lifecycle support: design, manufacturing, installation, commissioning, and after-sales service.

• Proven technology with low operational risks and high return on investment (ROI) for sustainable energy transitions.

Call to Action

Contact our technical team for a tailored biomass steam boiler solution that aligns with your industrial process requirements and sustainability goals.