Steam boiler prices vary depending on boiler type, steam production capacity, fuel type, quality of materials used and automation systems. Steam boilers, which are widely used in industrial production facilities, power plants and many sectors such as food, textile and chemistry, must offer high efficiency and safe operation. Hisarmak, we produce long-lasting, energy-efficient steam boilers that comply with standards.
Steam Boiler Types
Steam boiler models developed according to the different needs of different sectors are as follows:
- Scotch Type Steam Boiler: It is preferred in textile and food facilities with its high steam capacity, compact and economical structure.
- D Type Steam Boiler: Ideal for power plants and petrochemical plants that require larger steam. It is a water pipe system.
- Stoker Steam Boiler: These are boilers that work with solid fuels and have an automatic fuel feeding system. It can be used with fuels such as coal, pellets and biomass.
- Fluidized Bed Steam Boiler: Provides high heat transfer and can work with various solid fuels. It is an environmentally friendly and efficient system.
- Electric Steam Boiler: Suitable for small-scale businesses. It offers easy installation and zero emissions.
To see all model options, you can review steam boiler solutions, and to clarify the need calculation, you can review the capacity calculation guide.
2026 Steam Boiler Prices
In the table below, Hisarmak production steam boiler prices for 2026 are given on the basis of capacity and type. Prices may vary depending on project-specific needs.
| Boiler Type | Steam Capacity | Fuel Type | Price Range (€) |
|---|---|---|---|
| Scotch Type Steam Boiler | 1 – 25 ton/hour | Natural Gas / Liquid Fuel | 20.000 – 200.000 |
| Stoker Steam Boiler | 1 – 10 ton/hour | Solid Fuel (Coal, Biomass) | 20.000 – 100.000 |
| Rotary Grate Steam Boiler | 3 – 25 tons/hour | Solid Fuel (Coal, Biomass) | 100.000 – 400.000 |
| Fluidized Bed Steam Boiler | 5 – 60 tons/hour | Solid Fuel | 300.000 – 800.000 |
| D Type Steam Boiler | 5 – 100 tons/hour | Natural Gas / Fuel-oil | 100,000 – 400,000 |
| Forward Thrust Steam Boiler | 1 – 15 tons/hour | Solid Fuel (Coal, Biomass) | 100,000 – 400.000 |
| Electric Steam Boiler | Variable | Electricity | Get a quote |
Factors Affecting Steam Boiler Prices
- Fuel Type: Prices for natural gas, liquid fuel or solid fuel systems are different.
- Capacity: As the hourly steam production amount increases, the boiler cost also increases.
- Material Quality: Boiler sheet thickness, stainless surfaces and insulation materials affect the price.
- Automation and Control System: Features such as PLC controlled systems and remote monitoring may create additional costs.
- Energy Efficiency: Equipment such as heat recovery systems and economizers increase the investment cost but reduce the operating cost.
Where is it used?
- Drying, ironing and process steam needs in textile factories
- Pasteurization, sterilization in food production facilities
- Kimya ve ilaç sanayisinde reaksiyon prosesleri
- Turbine feeding in power plants
- Production processes in the paper and packaging industry
Frequently Asked Questions (FAQ)
Type, capacity, fuel type, automation level and project-specific demands determine the price.
Scotch type or electric steam boilers may be more economical for small-scale businesses.
Solid fuel boilers may be advantageous in terms of fuel costs, but natural gas boilers are more environmentally friendly and easier to maintain.
As Hisarmak, we offer highly efficient and safe systems with steam boiler solutions that we have developed specifically for the needs of different sectors. The most accurate bid evaluation should be made after the technical needs are clarified. You can read the purchasing guide to determine the appropriate system, and the auxiliary equipment article to examine the auxiliary systems.
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How Do Steam Boiler Prices Vary?
Steam boiler prices cannot be explained with a single fixed figure. Because the cost; varies significantly depending on capacity, pressure class, fuel type, automation level, material quality and scope of auxiliary equipment. Therefore, the right approach is to simply ask “how much is the price?” It is not about asking the question, but about understanding the total investment content.
To see general model options, you can review steam boiler solutions, and to clarify the need calculation, you can review the capacity calculation guide.
1. Capacity directly affects price
As the hourly steam production capacity of a system increases, the body size, heat transfer surface, auxiliary equipment need and general engineering scope increases. Therefore, capacity is one of the most basic factors affecting the price.
2. Fuel type changes cost structure
The initial investment and operating balances of natural gas, liquid fuel, electric or solid fuel systems are not the same. Fuel type; It affects many items, from burner structure to feeding system, from chimney design to storage need.
3. Working pressure and technical grade are important
Higher pressure levels; It can affect material selection, safety equipment, quality control and design details. This is naturally reflected in the total cost. The price level of a standard system and systems that require more special engineering will not be the same.
4. Level of automation and control makes the difference
As the control panel, sensors, safety equipment, remote monitoring infrastructure and automation scope increases, the investment cost may also change. However, correct automation can provide advantages in terms of operational safety and efficiency in the long term.
5. Ancillary equipment is often part of the total cost
Auxiliary equipment such as water softening system, deaerator, condensate tank, economizer, chimney and filter systems constitute a significant part of the total investment in many projects. That’s why making a price comparison by looking only at the main boiler body can be misleading.
6. Material quality and production standard
Quality materials, appropriate production procedures, testing processes and safety standards affect the investment cost. However, these items are critical for long life, safe operation and lower risk of failure.
What should be considered when comparing prices?
When making a comparison, not only the offer price; Capacity, scope, safety equipment, auxiliary systems, delivery content, service support and warranty conditions should be considered together. Two seemingly similar offers may be very different in content.
