The TJ burner series, also known as ThermJet, has lower NOx emissions compared to similar products. The ThermoJet burner has 14 sizes and a combustion capacity ranging from 150.000 to 20.000.000 Btu/hr. Accurate temperature uniformity ensures consistent product quality and system efficiency. The wide adjustment ratio range and high excess air mean that the ThermoJet can achieve high speed and efficiency within its operating range.
ECLIPSE Tianshi TJ gas burners are widely used in industrial heating industries such as tempering furnaces, quenching furnaces, reheating furnaces, fluidized bed dryers, thermal oxidation furnaces, non-ferrous metal smelting, ladle baking, glass annealing furnaces, environmental protection industry RTO waste gas incineration burners, etc.
I. Product Overview
The Eclipse ThermoJet TJ0075 combustion burner is a high-performance, low-emission high-temperature burner suitable for various industrial heating and waste gas treatment applications. Its lower combustion block is one of the core components of the burner, responsible for mixing fuel and air and igniting them to produce a high-temperature flame. The AlSI-330 packaging machine may refer to a specialized equipment used for packaging the burner or its components, but specific information is limited. The following mainly introduces the lower combustion block of the burner.
II. Product Features
High-Performance Combustion:
The Eclipse ThermoJet TJ0075 combustion burner adopts advanced combustion technology, capable of producing high-speed, uniform flames, improving temperature uniformity and thermal efficiency within the furnace.
The lower combustion block is meticulously designed to ensure thorough mixing of fuel and air, achieving stable and efficient combustion.
Low Emissions:
The burner complies with stringent environmental standards, enabling low nitrogen oxide (NOx) emissions, contributing to reducing environmental pollution.
Easy Installation and Maintenance:
The lower combustion block features a compact structure, facilitating easy installation and disassembly, convenient for users to perform maintenance and replacement.
Flexible Customization:
Eclipse offers a variety of burner models, allowing users to select the appropriate model and configuration based on actual needs. Additionally, the lower combustion block can be customized according to specific user requirements.
Reliable and Durable:
Manufactured from high-quality materials, it exhibits excellent high-temperature resistance and corrosion resistance, ensuring long-term stable operation of the burner.
III. Technical Parameters (Taking the TJ0075 Combustion Burner as an Example)
Model: TJ0075
Type: High-Temperature Combustion Burner
Burner Nozzle Speed: Medium or High Speed
Maximum Input: 750,000 Btu/hr (220 kW)
Minimum Input (Proportional): 75,000 Btu/hr (22 kW)
Minimum Input (Fixed Air): 15,000 Btu/hr (4.4 kW)
Fuel Inlet Pressure:
High-Speed Natural Gas: 13.8 "WC (34.4 mbar)
Propane: 18.3 "WC (45.6 mbar)
Butane: 17.4 "WC (43.3 mbar)
Medium-Speed Natural Gas: 7.2 "WC (17.9 mbar)
Propane: 10.2 "WC (25.4 mbar)
Butane: 9.7 "WC (24.1 mbar)
Air Inlet Pressure:
Maximum Input Power, 15% Excess Air:
High-Speed Natural Gas: 16 "WC (39.8 mbar)
Propane: 16.9 "WC (42.1 mbar)
Butane: 17.0 "WC (42.3 mbar)
Medium-Speed Natural Gas: 9.0 "WC (22.4 mbar)
Propane: 9.3 "WC (23.2 mbar)
Butane: 9.5 "WC (23.7 mbar)
Flame Length at High Fire:
High-Speed Natural Gas: 28.0 inches (711 mm)
Propane: 30.0 inches (762 mm)
Butane: 33.0 inches (838 mm)
Medium-Speed Natural Gas: 28.0 inches (711 mm)
Propane: 38.0 inches (965 mm)
Butane: 38.0 inches (965 mm)
Maximum Flame Ejection Speed:
Maximum Input Power, 15% Excess Air:
High Speed: 500 ft/s (152.4 m/s)
Medium Speed: 250 ft/s (76.2 m/s)
IV. Application Scenarios
The Eclipse ThermoJet TJ0075 combustion burner and its lower combustion block are widely used in various industrial heating and waste gas treatment applications, such as:
Metal annealing furnaces, smelting furnaces, and other metal processing equipment.
Incinerators, thermal oxidation furnaces, and other environmental protection equipment.
Kilns, glass annealing furnaces, and other equipment in the building materials industry.
Fluidized bed dryers, drying ovens, and other drying equipment.
