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Industrial Furnace Manufacturers and Suppliers

IQS Directory is a top industrial directory listing of leading industrial furnace manufacturers and suppliers. Access our comprehensive index to review and source industrial furnace manufacturers with preview ads and detailed product descriptions. These industrial furnace companies can design, engineer and manufacture industrial furnaces to your specifications and application need. A quick and easy to use request for quote form is provided for you to contact these industrial furnace manufacturers and suppliers. Each company has detailed profile information, locations, phone number, website links, product videos and product information defined. Read customer reviews and product specific news articles. We are the right resource for your information requirement whether its for a manufacturer of industrial furnaces, HVAC industrial furnaces, furnace installation.

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All of our industrial furnaces as well as the rest of our products go through extensive testing before leaving our facilities in order to ensure that you are getting the best products possible. Our company never retires files so if there ever is a problem with your machinery, we have the solution! Come check out our 100,000 facility to see what we can do for you! For more information visit our website or email our staff today!
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Here at JPW Industrial Ovens & Furnaces we provide cabinet ovens, process ovens, custom ovens, heat treating ovens, lab ovens, walk-in ovens, and much more. We offer unmatched customer services and there is no project too challenging for our engineers. Our engineers are skilled at working directly with customers to solve their furnace needs! Contact us today to learn more! Our representatives are ready to take your call today!
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Our industrial furnaces offer consistent performance and it is our objective to discover the latest innovations in our industry. Our combined infrared/convection industrial furnaces are highly advanced and provide superior efficiency. This premium furnace is able to withstand the most challenging applications and while offering outstanding temperature control. Visit our website today to learn more!
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Here at Epcon, we fabricate and assemble a multitude of furnaces designed with your needs in mind. We have experience working in a variety of industries such as automotive, aerospace, and pharmaceutical. No industry is too complex for us, and we can work with your engineering team to come up with the best solutions. Call or visit our website to learn more.
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Our industrial furnaces serve industries such as automotive, composites, finishing, heat treating, military as well as many others. We are committed to offering the selection you need in order to serve you better. Our industrial furnaces offer lasting value and will stand up to daily wear and tear. For more information on how our company may be able to assist you with your industrial heating process needs visit our website today!
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Through its expert Lindberg/MPH brand and reliable and value priced Blue M line, TPS is a global leader in the design, engineering, manufacture and aftermarket support of industrial furnaces. Whether it's Crucible, Lab Box, Tube, Chamber Utility Box, Element Box, Hot Stamping/Press Hardening, Pit, Integral Quench, Conveyor, Continuous Process, Vacuum, Gantry Line, Walking Beam or a range of Non Ferrous Melting and Holding options, we have an industrial furnace that will meet your application.
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Industry Information

Industrial Furnaces

Industrial furnaces are enclosed structures that contain high heat chambers. Compared to industrial ovens, they provide much higher temperatures and therefore are mostly used on materials with high melting points. They are found in glass fabrication, steel service centers, foundries, forgeries, metal recycling plants and any metallurgy application involving the use of heat to alter, improve, fabricate or form metals like steel, titanium and aluminum, alloys, glass, composite materials and some plastics.

Furnaces meant for small runs are usually of single chamber design and are manually loaded and unloaded with various tools to lift crucibles full of molten metal or heat treated products. Larger volume furnaces have automated conveyor systems that allow many parts or products to be treated at a time. Their controlled atmospheres can be oxidizing, inert, salt bath or vacuum. Their most common use is for heat treating glass and metal, which alters or improves the material's properties by exposing it to high temperatures, then rapid cooling. Furnaces are also capable of aging, annealing, sterilizing and sintering materials, as well as melting raw substances for molding or casting purposes. Furnace specifications include temperature requirements, pressure, internal width, length and height, as well as heat source.

There are many different furnace heat sources available today. They include radiant, natural gas, induction, conduction, electrical and dielectric. Each method has specialized benefits, limitations and applications. Radiant heat furnaces are similar to wood stoves and portable heaters. They use a flame to heat an object, commonly a ceramic plate. This object gives off heat that transfers throughout the area. Natural gas furnaces are very common. Compared to electric furnaces, they are an economical method of creating a high heat environment. They burn natural gas or propane in order to generate heat, and are used for their high temperature abilities. Induction furnaces use a combination of electrical resistance and hysteresis losses to heat metal parts. They are exposed to a magnetic field around a coil-carrying alternating current. Induction furnaces are the first choice in metal melting applications and are often used by iron foundries. Electric furnaces are also popular for melting metal. The most common type is an electrical arc furnace, which uses high amounts of electrical current, which travels through a metal arc and is conducted onto large amounts of scrap metal. The current heats the scrap metal to a high enough degree to melt it completely. These furnaces are mostly used for recycling metal parts to be formed into new products.
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