Industrial furnaces
If you are looking for a supplier of professional industrial furnaces, then you are at the right place.
EMC Combustion has a wide range of industrial furnaces all our furnaces are designed and built to be extremely reliable, wearing, safe and easy to service, from the initial analysis of your specific needs, up to the building of the entire treatment line, we are commited to ensuring maximum treatment and process performance we are here to offer you tailor-made solutions that meets the highest standards, our industrial furnaces are available in various sizes, from compact bench mounted models through to large floor standing models.-
EMC Combustion does all types of furnaces including:
- batch ovens
- metallurgical furnaces
- vacuum furnaces
- solar furnaces
- box furnaces
- multiple hearth furnaces
- fluidized bed incenerators
- chamber furnaces
- top hat furnaces
- bogie hearth furnaces
- and many more
We appreciate your business and look forward to the oppurtunity to serve,please do not hesistate to contact our Emc combustion team for any assistance!
What is industrial furnaces?
Industrial furnaces are complex devices that various industries use including: metallurgy, cremacis and chemical processing. The working principle of a furnace includes a combustion of heat transfer, temperature control and material handling.
There are typically two types of industrial furnaces: electrical furnace and combustion furnace, with combustion furnaces using air oxygen mixed with fuel to maintain high temperatures while combustion takes place and heat is transferred to the furnace.
Electric furnaces often use electrical heaters or electrodes to heat materials and some industrial furnaces use induction heating or non-cotact heating methods.
Uses of industrial furnaces
Industrial furnaces are used in a variety of industrial fields such as: metal processing, glass manufacturing, waste treatment,cremation,oil refining,soldering,ceramic,annealing and many more.
Metal processing furnaces
Metal processing furnaces are used in metalworking processes such as Fritage, Forging and surface treatment, by heating metals to appropriate temperature to form the raw material into desired products, for it makes it possible to change their shape, increase their shape,increase their strenght and perform other processes.
- Charging: Raw materials (e.g.: scrap, metal, cress or alloying elements are loaded into the furnace)
- Melting: The raw materials melt, forming a liquid metal bath.
- Refining: Removes impurities and achieves desired chemical composition.
- Application : production of high purity metals for aerospace electronics or metal industries.
- Alloying: Combines metals to create desired properties.
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Applications: production of stainless steel,titanium alloys or other speciality alloys
- Heat treatment: Controls microstructure and properties.
- Applications: Productions of steel for construction,automotive or machinery industries.
- Casting: Shapes liquid metal into desired forms.
- Applications: production of engine blocks,cylinder heads or complex parts
- Forging: Shapes metal through deformation
- Application: production of axles,gears or other high - strength components
- Annealing: Relieves internal stresses and improves ductility
- Production of wire,tubing or sheet metal for variou industries
Furnace based metal processing is used in various industries industries including:
Aerospace: Produces high-strenght, lightweight alloys for aircraft and spacecraft.
Automotive: Produces engine blocks, cylinder heads and other components.
Construction: Produces steel beams, pipes and other building materials.
Electronics: Produces high-purity metals for semiconductors and other components.
Medical: Produces implantable devices, surgical instruments and other medical equipment.
Energy: Produces components for power generation, transmission and distruction.
Consumer goods: Produces appliances, cookware and other household items.
Metal processing in furnaces is a critical step in producing various metal products for diverse industries, enabling the industries, enabling the creation of complex shapes, specific properties and high performance materials.
Glass production
Glass production is a complex process that involves the transformation of raw materials into a veratile and widely used materials. Tthe process begins with the mixing of raw materials which are then heated to extremely high temperature that allows product to crystalize and harden.
Glass furnace can be fueled by electricity or gas, with electric furnaces offering higher thermal efficiency and lower emissions. The glass production process involves serveral stages including:
- Melting: Raw materials at an certain heat to form a molten glass.
- Forming: The molten glass is then formed into the desired shape using various techniques such as blowing, pressing or floating.
- Cooling: The glass is then cooled slowly to prevent stresses and breakage.
- Annealing: The glass is then heat treated to relieve any stress and improve its durability
Glass production has a wide range of applications including:
- Architectural glass for windows, doors and facadas.
- Fibreglass for instulation, textiles and reinforced plastics.
- Electronics for screens, semiconductors and solar panels.
- Optics for lenses prisms and telescopes.
- Biomaterials bfor implants, surgical instruments and medical devices.
- Renewable energy for solar panels and wind turbines.
Glass production is a complex process that requires precise control of temperature, raw materials and forming techniques. The end product is a versatile material that plays a vital role in various industries and daily lives
Emc combustion will manage your entire greenhouse project from start to finsh, handling all aspects of design,manufacture and installation with full turnkey solution that will suit your satisfaction for any inquiries
'We provide proffesional solutions - call us to discuss your needs'
Waste treatment facilities
A waste treatment furnace, also known as a hazardous waste incenerator or waste to energy furnace, is a specialized furnace designed to treat and dispose of hazardous waste materials. These furnaces are used to:
- Incenerate waste: Burn waste materials to reduce their volume and destroy harmful contaminants.
- Destroy pollutants: Eliminate toxic substances, such as dioxins and furans trthrough high temperature combustions.
- Produce energy: Generate steam or electricty from the heat produced during incineration.
Applications:
- Hazardous waste management: Treats industrial, chemical, and pharaceutical waste.
- Municipal waste managements: Processes municipal solid waste to produce energy.
- Medical waste disposal: Incinerates medical waste, including infectious materials.
- Industrial processes: Used in various industries, such as pharmaceutical.
- Environmental remediation: Treats contaminated soils and ground water.
Types of waste treatment furnaces
- Rotary kiln furnaces
- Fluidized bed furnaces
- Multiple hearth furnace
- Liquid injection furnace
Benefits
- Reduces waste volume
- Destroys harmful pollutions
- Produces energy
- Minimize landfill usage
- Meets environmental regulations
It is important to note that waste treatment furnaces must operate within strict environmental regulations and guidelines to ensure safe effective waste management.
'we provide proffessional solutions call us to discuss your needs'
