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Heat treatment furnace equipment
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Protective gas generator - max. 1 000 Nm³/h | HN/HNX-GAS
The Basic Process
The process is based on the combustion of hydrocarbons with air.
Ratio Control
The ratio between combustion gas and air is kept constant by means of a fully automatic ratio control. In addition the flue gas is analysed...
The process is based on the combustion of hydrocarbons with air.
Ratio Control
The ratio between combustion gas and air is kept constant by means of a fully automatic ratio control. In addition the flue gas is analysed...
Protective gas generator - max. 1 000 Nm³/h | HN/HNX-GAS
The Basic Process
The process is based on the combustion of hydrocarbons with air.
Ratio Control
The ratio between combustion gas and air is kept constant by means of a fully automatic ratio control. In addition the flue gas is analysed...
The process is based on the combustion of hydrocarbons with air.
Ratio Control
The ratio between combustion gas and air is kept constant by means of a fully automatic ratio control. In addition the flue gas is analysed...
Protective gas generator - max. 300 Nm³/h | EXO-GAS
Capacities up to 300 Nm3/h
Hydrogen content max. 11 % by vol.
...
Protective gas generator - max. 300 Nm³/h | EXO-GAS
Capacities up to 300 Nm3/h
Hydrogen content max. 11 % by vol.
CO content max. 8 % by vol.
CO2 content 50 ppm to 12 % by vol.
Oxygen content less than 10 ppm
Nitrogen: balance
Feed: Natural gas, LPG, other hydrocarbons
Application in heat treatment processes of ferrous & non-ferrous metals and brazing.
Hydrogen content max. 11 % by vol.
CO content max. 8 % by vol.
CO2 content 50 ppm to 12 % by vol.
Oxygen content less than 10 ppm
Nitrogen: balance
Feed: Natural gas, LPG, other hydrocarbons
Application in heat treatment processes of ferrous & non-ferrous metals and brazing.
Protective gas generator - max. 100 Nm³/h | ENDO-GAS
Capacities up to Nm3/h
Hydrogen content may. 40 % by...
Protective gas generator - max. 100 Nm³/h | ENDO-GAS
Capacities up to Nm3/h
Hydrogen content may. 40 % by vol.
CO content max 20 % by vol.
CO2 content less than 0,2 % by vol.
Nitrogen: balance
Feed: Natural gas and LPG
Application in cuburzation, hardening and sintering of stee
Hydrogen content may. 40 % by vol.
CO content max 20 % by vol.
CO2 content less than 0,2 % by vol.
Nitrogen: balance
Feed: Natural gas and LPG
Application in cuburzation, hardening and sintering of stee
Ammonia cracker - max. 300 Nm³/h | NH3 Cracker
* Capacities up to 300 Nm3/h
* Hydrogen content approx. 75 % by...
* Hydrogen content approx. 75 % by...
Ammonia cracker - max. 300 Nm³/h | NH3 Cracker
* Capacities up to 300 Nm3/h
* Hydrogen content approx. 75 % by vol.
* Nitrogen content approx. 25 % by vol.
* NH3 content less than 150 ppm
Feed: Ammonia
Application in heat treatment processes of ferrous & non-ferrous metals and brazing.
* Hydrogen content approx. 75 % by vol.
* Nitrogen content approx. 25 % by vol.
* NH3 content less than 150 ppm
Feed: Ammonia
Application in heat treatment processes of ferrous & non-ferrous metals and brazing.
Quenching tank water / salt / oil
Safe manufactures a broad spectrum of products, which includes oil tanks and salt tanks. The tanks are available...
Quenching tank water / salt / oil
Safe manufactures a broad spectrum of products, which includes oil tanks and salt tanks. The tanks are available...
Controlled atmosphere system for tempering furnace
Measurement, calculation and control of potential carbon by oxygen probe or lambda probe
Measurement of the various components in a gas mixture such as CO/CO2/CH4/H2/etc.
Measurement of the various components in a gas mixture such as CO/CO2/CH4/H2/etc.
Degasser
Oxygen and carbon dioxide contained in water act as corrosion agents on carbon steel. It is important to remove them. Oxygen can be eliminated chemically and other dissolved gases by physical methods.
The...
The...
Degasser
Oxygen and carbon dioxide contained in water act as corrosion agents on carbon steel. It is important to remove them. Oxygen can be eliminated chemically and other dissolved gases by physical methods.
The 'Thermal Deaerator Under Pressure' (0,3bar) enables the user to obtain excellent quality water with very low oxygen content, as low as 0.01mg/1. The design is used for installations, which run at high productivity and pressure. It is planned according to physio-chemical guidelines by Babcock Wanson and optimizes removal of gases. The feed waters after the removal of gas become high-quality water. Alternatively 'Deaerator Tank Under Pressure' is made available. It gives a performance close to the thermal deaerator (0,05mg/1).
It suits boilers of medium output and includes a cost-effective substitute to chemical treatment.
The 'Thermal Deaerator Under Pressure' (0,3bar) enables the user to obtain excellent quality water with very low oxygen content, as low as 0.01mg/1. The design is used for installations, which run at high productivity and pressure. It is planned according to physio-chemical guidelines by Babcock Wanson and optimizes removal of gases. The feed waters after the removal of gas become high-quality water. Alternatively 'Deaerator Tank Under Pressure' is made available. It gives a performance close to the thermal deaerator (0,05mg/1).
It suits boilers of medium output and includes a cost-effective substitute to chemical treatment.