Gas Fired Thermic Fluid Heater 100000 kcal/hr

About Gas Fired Thermic Fluid Heater 100000 kcal/hr

The Gas-Fired Hot Water Boiler (100,000 kcal/hr) is an efficient and reliable heating solution for various industrial and commercial applications. Designed for continuous hot water supply, this boiler operates with natural gas, LPG, or CNG, ensuring low emissions, high thermal efficiency, and cost-effective performance.

Built with cutting-edge combustion technology, it provides stable heat output with precise temperature control, making it an eco-friendly and energy-efficient choice for industries such as food processing, hotels, hospitals, textile, pharmaceuticals, and chemical processing.

Key Features of the 100,000 kcal/hr Gas-Fired Hot Water Boiler

High Efficiency Achieves over 90% thermal efficiency, reducing fuel costs.
Eco-Friendly Operation Low NOx emissions for a greener environment.
Fully Automatic Control Advanced digital temperature monitoring and safety interlocks.
Quick Start-Up & Uniform Heat Transfer Ensures consistent water temperature.
Compact & Space-Saving Design Ideal for various industrial and commercial setups.
Durable & Corrosion-Resistant Made from premium-quality materials for long service life.

Technical Specifications

Capacity: 100,000 kcal/hr
Fuel Type: Natural Gas / LPG / CNG
Thermal Efficiency: Over 90%
Maximum Water Temperature: Up to 95C
Burner Type: Fully automatic, high-efficiency burner
Safety Features: Overheat protection, flame failure detection, and pressure controls

Industrial & Commercial Applications

Hotels & Restaurants For hot water supply in kitchens, laundry, and heating systems.
Hospitals & Healthcare Essential for sanitation, sterilization, and heating.
Food & Beverage Industry Supports processing, cleaning, and pasteurization.
Pharmaceutical & Chemical Processing Provides hot water for cleaning, synthesis, and distillation.
Textile & Garments Used for dyeing, printing, and fabric processing.
Commercial Buildings & Residential Complexes Supplies hot water for heating systems.