Boiler Manufacturer is a leading provider of high-quality, efficient boilers designed to meet the demands of various industries, commercial establishments, and residential needs. With a commitment to innovation and sustainability,

Contact Info

Boiler Manufacturer
in Gujarat

We specialize in the design, engineering, and manufacturing of high-quality boilers for a wide range of industrial applications. With decades of expertise and a commitment to innovation, we provide reliable and efficient thermal systems that meet the diverse needs of our clients across industries such as power generation, chemical processing, food production, and more.

Call Now View Products

Trusted by 1M+ people
around the globe

Leave us your Information

Our executive will get in touch with you

I've Read and agreed to Terms & Conditions

Affordable, EcoMax Ultra-Efficient Boilers for Industrial and Commercial Applications

Evaporator

Fermenter

Heat Exchanger

25+ Years Of Experience
Awards Winning Company

About Company

Your Trusted Partner in Quality Boiler Manufacturer

Leading provider of high-efficiency, durable boilers designed for industrial, commercial, and residential applications, ensuring reliable and sustainable heating solutions.

Offering installation, maintenance, and 24/7 customer support.
Built with premium materials for long-lasting performance.
Equipped with safety controls to ensure safe operation.

Anshuman Desai / CO Founder

We Provide Best Quality Products

Bi-Drum/D Type/Power X Boiler

A Steam Boiler is a closed vessel used to generate steam by applying heat energy to water. Commonly used in industrial processes, power generation, and heating applications, steam boilers operate by heating water until it becomes steam, which is then distributed for various tasks. These boilers can be fueled by solid fuels, oil, gas, or electricity and are designed to operate efficiently, safely, and continuously under high pressure and temperature conditions.

Key Features

High Thermal Efficiency: Steam boilers are engineered to convert fuel energy into usable steam with maximum efficiency, minimizing heat loss and operational costs.
Wide Fuel Compatibility: They can operate on a variety of fuels such as coal, oil, gas, biomass, and even electricity, offering flexibility based on availability and cost.
Consistent Steam Output: Designed to maintain stable steam pressure and temperature, ensuring reliable performance for continuous industrial or process operations.
Advanced Safety Features: Equipped with modern safety controls like pressure relief valves, automatic shutdown, and level indicators to ensure safe and trouble-free operation.
Customizable Designs: Available in various configurations such as fire-tube, water-tube, single-drum, or bi-drum, based on application needs and capacity requirements.

Wood Fired Boiler

A Wet Back Boiler is a type of fire-tube boiler where the reversal chamber is surrounded by water on all sides, improving heat absorption and efficiency. This design contrasts with the dry back type, which has a refractory-lined chamber. The wet back configuration provides enhanced durability, lower maintenance needs, and superior thermal efficiency, making it a preferred choice for industrial steam and hot water applications.

Key Features

Improved Heat Transfer Efficiency: The water-backed design ensures greater surface area for heat absorption, leading to better energy utilization and faster steam generation.
Reduced Maintenance Requirements: No refractory lining in the turnaround chamber minimizes maintenance, reduces wear and tear, and extends the lifespan of the boiler.
Higher Safety & Reliability: Completely water-cooled turnaround area prevents thermal stress and enhances operational safety under high-temperature conditions.
Compact & Space-Saving Design: Typically more compact than dry back models, wet back boilers are suitable for facilities with limited installation space.
Suitable for High-Pressure Applications: The robust construction makes it ideal for demanding industrial processes requiring consistent and high-pressure steam output.

Coal Fired Boilers

A Coal Fired Boiler is an industrial steam boiler that uses coal as the primary fuel source for generating steam. These boilers are commonly used in power plants, chemical industries, textile units, and paper mills due to their ability to deliver high steam output at low operational costs. Modern coal fired boilers are designed with efficient combustion systems, emission control technologies, and high thermal efficiency for sustainable and reliable performance.

Key Features

High Steam Output Capacity: Designed to handle large volumes of steam production, suitable for heavy-duty industrial applications.
Cost-Effective Fuel: Coal is one of the most economical fuels available, reducing operational expenses significantly compared to oil or gas.
Robust Construction: Built with heavy-duty materials to withstand high temperature, pressure, and prolonged usage in industrial settings.
Advanced Combustion Technology: Equipped with efficient fuel feeding and combustion systems to ensure complete burning of coal and improved heat transfer.
Emission Control Options: Can be integrated with dust collectors, scrubbers, and other pollution control equipment to meet environmental standards.

Package Boiler

A Dry Back Boiler is a type of fire-tube boiler that features a separate rear wall (or refractory-lined chamber) where hot gases pass through the furnace tubes before exiting the boiler. Unlike wet back boilers, which have water completely surrounding the furnace and rear turnaround, dry back boilers rely on a dry combustion chamber that requires periodic maintenance but offers easier access for inspection and repairs.

Key Features

Easy Maintenance & Inspection: The dry back design provides quick access to the rear of the combustion chamber, allowing for easier cleaning, inspection, and maintenance.
Lower Initial Cost: Dry back boilers are generally less expensive to purchase and install than wet back models, making them ideal for budget-conscious projects.
Proven Performance: Known for their simplicity and reliability, dry back boilers have been widely used across multiple industries for decades.
Versatile Fuel Options: Compatible with oil, gas, or dual-fuel burners, these boilers can meet a variety of heating and process requirements.
Compact Footprint: Suitable for space-limited installations due to their straightforward and compact design.

Shell Tube Boiler

A Wood Pellet Boiler is a type of biomass boiler that uses compressed wood pellets as fuel to generate heat and steam. These boilers offer an eco-friendly and sustainable alternative to fossil fuels and are known for their high combustion efficiency, low emissions, and automated operation. They are widely used in both industrial and commercial heating applications.

Key Features

High Combustion Efficiency: Wood pellet boilers are designed for optimal fuel combustion, achieving efficiency levels of over 90% and minimizing fuel wastage.
Eco-Friendly Fuel: Uses renewable wood pellets made from compressed sawdust or agricultural waste, reducing carbon footprint and dependence on fossil fuels.
Automatic Fuel Feeding: Equipped with automatic pellet feeding and ignition systems for continuous, unattended operation and consistent heat output.
Low Emissions: Advanced combustion technology ensures minimal emissions of particulate matter and pollutants, meeting environmental regulations.
Compact and Clean Design: Space-saving structure with built-in ash collection and low maintenance requirements makes it ideal for modern industrial and institutional settings.

Pneumatic Over Feed Boiler

A Thermic Fluid Boiler is an industrial heating system that uses a high-temperature thermic fluid (instead of steam or water) to transfer heat to processes. It is commonly used in applications requiring consistent and high-temperature heat without the pressure challenges of steam systems. These boilers are ideal for industries like chemical, textile, food processing, and pharmaceuticals.

Key Features

Low-Pressure Operation: Delivers high temperatures (up to 300–350°C) at atmospheric pressure, eliminating the risks and maintenance associated with high-pressure steam systems.
Fuel Flexibility: Can operate on various fuels including solid fuels, biomass, diesel, natural gas, or thermic oil, making it adaptable to industry needs.
High Thermal Efficiency: Designed for maximum heat transfer with minimal losses, reducing fuel consumption and improving operational cost-efficiency.
Closed-Loop System: Circulates thermic fluid in a closed circuit, minimizing oxidation and fluid degradation, resulting in longer fluid life and lower maintenance.
Wide Application Range: Ideal for indirect heating in reactors, dryers, heat exchangers, presses, and other industrial equipment.

High Pressure Boilers

High Pressure Boilers are specialized industrial boilers designed to operate at pressures typically above 80 bar (1160 psi). These boilers generate high-pressure steam used in power generation, large-scale industrial processes, and mechanical drive applications. They are built to withstand extreme pressure and temperature conditions, ensuring safety and efficiency.

Key Features

High Pressure & Temperature Handling: Engineered to safely operate at very high pressures and temperatures, suitable for steam turbines and heavy industrial applications.
Advanced Safety Systems: Equipped with multiple safety valves, pressure sensors, and automatic shutdown mechanisms to ensure safe operation under critical conditions.
Robust Construction: Manufactured from high-strength alloy steels and designed to withstand thermal stresses, corrosion, and fatigue over long operational periods.
Efficient Heat Transfer: Incorporates advanced designs such as water-tube configurations and superheaters for optimized steam production and thermal efficiency.
Wide Fuel Compatibility: Can be designed to use a variety of fuels including coal, oil, gas, and biomass, allowing flexibility according to availability and cost.

Waterwall with Shell Type Boiler

A Waterwall with Shell Type Boiler is a compact and efficient boiler system that integrates waterwall membrane panels with a cylindrical shell design. The waterwall panels absorb radiant heat directly from the combustion chamber, while the shell section serves as the steam and water reservoir. This hybrid setup enhances thermal efficiency, reduces heat loss, and improves steam generation in a relatively small footprint.

Key Features

Enhanced Heat Absorption: Waterwall membranes are directly exposed to radiant heat, significantly improving heat transfer and reducing refractory losses.
Compact Shell Design: The shell structure makes the boiler space-efficient, making it suitable for plants with limited installation space.
Quick Steam Generation: The combination of radiant and convective heating zones enables fast startup and efficient steam production.
Suitable for Various Fuels: Can be designed to work with multiple fuel options such as biomass, coal, and wood, offering flexibility in fuel sourcing.
Durable and Low Maintenance: Built using robust materials and simple design elements, reducing maintenance downtime and improving lifespan.

Paddy Boiler

A Fluid Bed Combustion (FBC) Boiler is a high-efficiency solid fuel-fired boiler that uses a fluidized bed combustion technique to burn fuels like coal, biomass, and other agro-wastes. In this system, fuel is burned in a bed of hot inert particles fluidized by air, ensuring uniform temperature distribution, better mixing, and complete combustion. This technology is ideal for industries seeking better fuel efficiency and reduced emissions.

Key Features

Efficient and Complete Combustion: The fluidized bed ensures thorough mixing of fuel and air, resulting in high combustion efficiency and minimal unburnt residue.
Fuel Versatility: Can burn a wide range of solid fuels, including low-grade coal, rice husk, sawdust, bagasse, and biomass, offering cost-effective operation.
Lower Emissions: The combustion process occurs at lower temperatures, reducing the formation of NOx and enabling in-bed sulfur removal by adding limestone.
Uniform Heat Distribution: Ensures consistent steam generation and reduces thermal stress on boiler components, enhancing service life.
Quick Response to Load Changes: FBC boilers can respond rapidly to varying steam demands, making them suitable for fluctuating industrial loads.

Solid Fuel Fired Thermic Fluid Heater

A Solid Fuel Fired Thermic Fluid Heater is an industrial heating system designed to transfer heat through a thermal oil or other heat transfer fluid instead of steam or water. These heaters use solid fuels like coal, wood, biomass, or agricultural waste to heat the fluid, which is then circulated to the required process applications. This method allows for high-temperature heating at low operating pressure, making it ideal for various industrial processes.

Key Features

High Temperature at Low Pressure: Delivers process heat up to 300°C and above without the need for high-pressure systems, improving safety and reducing operational risk.
Wide Fuel Compatibility: Capable of burning multiple solid fuels such as coal, wood chips, sawdust, briquettes, and biomass, offering operational flexibility and cost savings.
Closed-Loop Operation: The thermic fluid circulates in a sealed system, reducing losses, avoiding scaling and corrosion, and increasing system life.
Fast Start-up and Heat Transfer: Quickly reaches operating temperature and efficiently transfers heat to the process, improving productivity.
Low Maintenance Requirements: With no water treatment required and minimal corrosion-related issues, the system demands less upkeep than steam-based systems.

Waste Heat Boilers

A Waste Heat Boiler is a type of heat recovery system that utilizes the residual heat from industrial processes or exhaust gases to generate steam or hot water. Instead of relying on a primary fuel source, these boilers capture and repurpose waste heat, making them highly energy-efficient and environmentally friendly. They are commonly used in industries such as cement, steel, glass, chemical processing, and power plants.

Key Features

Energy Efficiency: Converts otherwise wasted thermal energy into usable steam or hot water, significantly improving overall plant efficiency and reducing fuel consumption.
Fuel Savings: Reduces the need for additional fuel sources by utilizing exhaust heat from furnaces, turbines, engines, or incinerators.
Eco-Friendly Operation: Helps lower greenhouse gas emissions and the carbon footprint of industrial operations by reducing reliance on fossil fuels.
Customizable Design: Available in water-tube or fire-tube designs and can be tailored to suit specific applications and temperature profiles of the waste gas source.
Low Maintenance: Engineered for durability and long-term operation with minimal servicing, ensuring a reliable source of energy recovery.

PowerHeatIndustrial Boilerswith Advanced PowerHeatSafety and Energy Savings PowerHeatIndustrial Boilerswith Advanced PowerHeatSafety and Energy Savings PowerHeatIndustrial Boilerswith Advanced PowerHeatSafety and Energy Savings

Popular Projects

Explore Our Popular Case Studies

Efficiency Improvement at Bosch Thermotechnology

Miura's IoT-Driven Predictive Maintenance

Viessmann's Shift to Carbon Neutrality

Clients Feedback

What Our Global Clients Say About Us.

“Thank you The Boiler Manufacturer. We are really happy with our boiler and will definitely be recommending you to anyone we know that needs a boiler."

Mrs.Shivani Gupta/ Customer

We are very pleased with the new boiler. Your firm's handling of the whole exercise was excellent from the initial approach through to the installation and importantly this was reflected in the very competitive cost.

Mr.Deepanshu Sachan / Customer

Thank you and your company very much for an excellent job you undertook in installing our new heating system. We are delighted with the results and am very glad that we chose your company to do this.

Mr.Surya Thakur / Customer

Please thank the engineer for a very smooth installation. He appeared at the notified time, finished when he had estimated, and left everything clean and tidy. We were very impressed!

Mr.Kunal Dwivedi / Customer

Some Question

Frequently Asked Questions

Yes, it is mandatory to have boilers inspected by the Boiler Inspectorate to ensure compliance with safety regulations under the Boiler Act. Regular inspections help prevent accidents and maintain operational safety.

Choose a boiler brand based on factors like energy efficiency, durability, warranty, customer reviews, and service support. Prioritize brands with certifications and a proven track record in your required application.

Boilers typically last 15-20 years, but replacement is recommended if efficiency drops, repair costs rise, or safety becomes a concern. Regular maintenance can extend its lifespan.

If your boiler frequently breaks down, loses efficiency, makes unusual noises, or incurs high repair costs, it may need replacement. Minor issues like leaks or inconsistent heating often indicate a need for repair.

Boilers should be serviced annually to ensure safety, efficiency, and compliance with regulations. Regular servicing prevents breakdowns and extends the boiler's lifespan.

A boiler is economical if it has a high energy efficiency rating (e.g., 90%+ for condensing boilers) and low operating costs. Monitor energy bills and ensure the boiler meets modern efficiency standards like Energy Star.

Yes, it is mandatory to inspect boilers annually to ensure safety and compliance with regulations. Inspections can be conducted before the due date to accommodate schedules or address maintenance needs.

The cost of a high quality Boilers in Gujarat varies depending on specifications, capacity, and features. Contact local suppliers for accurate pricing details.

Boiler Manufacturers provide efficient steam generation, energy savings, reliable operation, and customized solutions tailored to industrial needs.

Some disadvantages include the initial investment cost, maintenance requirements, and the need for trained personnel to operate safely.

Yes, when properly installed, maintained, and operated according to safety standards, a Boiler Manufacturer is safe to use.

The typical lifespan of a Boilers ranges from 15 to 30 years depending on usage, maintenance, and operating conditions.

You can buy Boilers from us and authorized dealers, industrial equipment suppliers, or directly from manufacturers operating in Gujarat.

Some of the cities in Gujarat, from where people come to us for Boiler Manufacturer Ahmedabad, Surat, Vadodara, Rajkot, Bhavnagar, Jamnagar, Junagadh, Gandhidham, Nadiad, Gandhinagar, Anand, Morvi, Mahesana, Surendranagar Dudhrej,

Contact Info

Boiler Manufacturer in Gujarat

Leave us your Information

Affordable, EcoMax Ultra-Efficient Boilers for Industrial and Commercial Applications

Your Trusted Partner in Quality Boiler Manufacturer

Anshuman Desai / CO Founder

We Provide Best Quality Products

Explore Our Popular Case Studies

What Our Global Clients Say About Us.

Mrs.Shivani Gupta/ Customer

Mr.Deepanshu Sachan / Customer

Mr.Surya Thakur / Customer

Mr.Kunal Dwivedi / Customer

Frequently Asked Questions

Is it necessary to get the boiler inspected from Boiler Inspectorate ?

How Do I Choose between Different Boiler Brands?

How Often Should I Replace My Boiler?

How Do I Know if My Boiler Needs Repairing or Replacing?

How Often Should I Get My Boiler Serviced?

How Do I Know if My Boiler Is Economical?

Is it mandatory to get the boiler inspected every year? Whether inspection can be offered before the due date ?

How much does a high quality Boilers cost in Gujarat?

What are the advantages of Boiler Manufacturer?

What is the disadvantage of Boiler Manufacturer?

Are Boilers safe?

What is the lifespan of a Boilers ?

From where can I buy Boilers in Gujarat?

From which cities in Gujarat do most people come for Boiler Manufacturer?

Boiler Manufacturer
in Gujarat