High Temperature Boiler

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MOQ : 1 Piece

High Temperature Boiler Specification

Style
Horizontal

Voltage
415 V AC, 3 Phase, 50 Hz

Condition
New

Capacity
500 kg/hr to 20000 kg/hr

Temperature
Up to 400C

Pressure
10-35 Bar

Fuel Consumption
2-8 Kg/Hr (depending on capacity and fuel type)

Life Span
15-20 Years

Output
High Pressure Steam

Heat Efficiency
85% to 92%

Fuel Type
Coal / Oil / Gas / Biomass

Material
Mild Steel

Part Type
Boiler

Dimension (L*W*H)
3000 mm x 1500 mm x 1800 mm

Function
Generation of High Temperature Steam for Industrial Applications

Automation Grade
Semi-Automatic

Color
Blue & Silver

Mounting Type
Floor Mounted

Insulation Material
Mineral Wool

Surface Treatment
Paint Coated

High Temperature Boiler Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Day

Delivery Time
1 Days

About High Temperature Boiler

Designed with the aim to make better use of the energy, our offered High Temperature Boilers allows the conversion of chemical energy used from fuel to convert it into heat output such as hot water or steam. Since overheating and excess pressure can easily cause the boiler to explode, thus it is available with safety valves that are essential for reducing the level of pressure within the boiler. The combustion of fuel takes place using burners for producing the flames. Temperature of the boiler will depend upon what the output of the process is- steam or water.

Benefits

Being energy efficient in nature, our offered High Temperature Boiler offer numerous opportunities to businesses for saving energy and costs.
Boiler tubes and control valves can be easily accessed for serviceability and safety
For regulating the working temperature at a constant level, burner output is throttled
Has the capability of achieving efficiency to a minimum of eight percent

Featured Components

The components that are used for making High Temperature Boilers are listed below:

Burner
Super-heater
Economizer
Deaerator

Efficient High-Pressure Steam Production

The boiler provides versatile and reliable steam generation for various industrial utility and process needs. With its high pressure and temperature capability, it supports operations such as food processing, pharmaceuticals, and manufacturing. Designed for consistent output, it ensures productivity without compromising on safety or energy usage.

Robust Construction and Long Service Life

Built with mild steel and painted for surface protection, this boiler resists corrosion and mechanical wear. Mineral wool insulation maintains internal temperatures while reducing external heat loss. Its sturdy build, along with advanced surface treatment, assures a service life of 1520 years, making it an ideal choice for long-term business operations.

FAQs of High Temperature Boiler:

Q: How does the semi-automatic operation of the High Temperature Boiler benefit my industrial process?

A: The semi-automatic automation enables straightforward control over fuel feeding and basic safety functions, reducing manual intervention while maintaining flexibility. This balance helps streamline your workflow, improving productivity while ensuring reliable operation.

Q: What types of fuels can be used with this boiler and how does it affect fuel consumption?

A: This boiler supports coal, oil, gas, and biomass as fuel options. Depending on the chosen fuel and boiler capacity, the fuel consumption ranges from 2 to 8 kg/hr. This flexibility allows you to select a fuel that best fits your cost and availability concerns.

Q: When should I consider installing this high temperature boiler in my facility?

A: You should consider this boiler if your facility requires continuous or large volumes of high-pressure, high-temperature steam, such as in chemical production, textiles, or food processing. Its energy efficiency and adaptable fuel options ensure compatibility with diverse industrial environments.

Q: Where is the best location for installing this boiler?

A: This boiler is designed for floor mounting, ideally in a well-ventilated and accessible mechanical or utility space. Ensure sufficient clearance for maintenance, and that it complies with local safety regulations and standards.

Q: What is the process for maintaining the boiler to ensure its longevity and efficiency?

A: Routine inspections, cleaning of heating surfaces, checking for leaks, and regular servicing of moving parts are essential. Using good quality fuel and adhering to maintenance schedules can extend the boilers operational life and maintain consistent thermal efficiency.

Q: What are the key benefits of choosing this boiler for high pressure steam generation?

A: The main benefits include high energy efficiency (85%92%), robust build with mineral wool insulation, compatibility with multiple fuel types, consistent output up to 20,000 kg/hr, and a long operational life. These features result in energy savings, operational flexibility, and reduced downtime for your industry.

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