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Brazing Oven Manufacturers and Suppliers

IQS Directory implements a thorough list of brazing oven manufacturers and suppliers. Utilize our listing to examine and sort top brazing oven manufacturers with previews of ads and detailed descriptions of each product. Any brazing oven company can design, engineer, and manufacture brazing ovens to meet your company’s specific qualifications. An easy connection to reach brazing oven companies through our fast request for quote form is provided on our website. The company information includes website links, company profile, locations, phone, product videos and product information. Customer reviews are available and product specific news articles. This source is right for you whether it's for a manufacturer of heat treating ovens, tunnel ovens, or rotary ovens.

  • Round Lake, IL 847-546-8225

    Grieve’s only business since 1949 has been to design and manufacture industrial ovens and furnaces. Use our depth of knowledge and experience when you require an oven or furnace for powder coating, curing, baking, drying, stress relieving, preheating, annealing, sterilizing, tempering, hardening or sintering. We make batch units and continuous units. To learn more about our top quality heat processing equipment, visit our website or send us an email today.

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  • Grand Rapids, MI 800-368-4768

    Weiss Envirotronics is a worldwide leader in the design, manufacturer and service of environmental test chambers. A complete line of standard and custom chambers, from bench top models to full walk-in and drive-in solutions to meet any testing requirement. Not sure what you need? Let one of our applications engineers help. Weiss Envirotronics, Inc is ISO 9001 registered and A2LA accredited.

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  • Maumee, OH 800-537-8980

    Surface Combustion offers a diverse product offering for batch and continuous furnace designs for atmosphere, nonatmosphere or vacuum processing of ferrous and/or nonferrous components/materials. Surface also produces the industry's most popular endothermic and exothermic gas atmosphere generators.

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  • De Pere, WI 920-336-9800

    The CMM Group provides custom-designed industrial dryers and ovens for a wide range of applications in single or multi-zone configurations. The CMM Group designs and builds conveyorized curing, baking and drying ovens for automated production of small-to-medium sized products. Conveyorized roll support web dryers are available in horizontal or vertical tower design and can handle thin film to heavy gauge substrates, narrow to wide, slow or fast speeds.

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  • Sheffield Village, OH 800-255-1241

    Celebrating over 95 years as a family business, ACE Equipment is the original burn off oven manufacturer, trusted source for industrial ovens worldwide since 1919. ACE offers highly efficient production ovens, including drying ovens, curing ovens, powder coating ovens & rotary ovens, to help make your business more profitable, with higher throughput and lower operating costs for quick pay-back.

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businessIndustry Information

Brazing Ovens

Brazing ovens are industrial ovens that semi-automatically perform the task of brazing, which is a process by which two or more metals are joined together by the melting and flowing of a filler metal into the joint in between the two metals, which have a higher melting point than the filler. When brazing is done in ovens, it is often called “furnace brazing.”

Brazing ovens are widely used in industrial brazing applications because they lend themselves to mass production and because they are easily operated by unskilled laborers. Furnace brazing is a better method for mass production than other brazing methods for a number of reasons. First is the ease with which brazing ovens can produce large numbers of small parts that are self-locating or easily jigged. Additionally, because brazing ovens use controlled heat cycles, this process allows the use of parts that would likely distort under localized heating and eliminates the need for post-braze cleaning. Brazing oven atmospheres offer another advantage by providing the metal part protection against oxidation. Common atmospheres include inert, reducing and vacuum atmospheres. Other advantages of using brazing ovens include: low unit cost when used in mass production, close temperature control and the ability to braze multiple joints at once. Ovens are typically heated using gas, electricity or oil, depending on their application and type.

There exist four main standard types of brazing ovens from which a potential customer may choose for his or her brazing operation: batch, continuous, retort with controlled atmosphere, and vacuum. Batch type brazing ovens offer the advantage of relatively low start-up costs, and they can heat each part load separately. Additionally, the ability to turn them on and off at will reduces overall operating costs. Batch type brazing ovens are best for medium to large volume production, but they offer a large degree of flexibility when it comes to what types of parts they can braze. To control oxidation and cleanliness, batch ovens are compatible with both controlled atmospheres and flux. Continuous type brazing ovens best serve a steady flow of similarly sized parts, frequently fed through the oven’s hot zone on a conveyor belt. They most often use controlled atmosphere or pre-applied flux. Because they offer the benefit of very low manual labor requirements, continuous ovens are a great choice for large scale operations. Retort ovens stand apart because they have a sealed lining called a “retort.” Said retort is generally either sealed with a gasket or welded shut, filled completely with the intended atmosphere and heated externally by conventional elements. It is almost always made of heat and oxidation resistant alloys. Retort ovens may be built as batch or semi-continuous models. Finally, vacuum type brazing ovens are a relatively economical method of oxide prevention, most often used to braze materials with very stable oxides that cannot be brazed in atmosphere ovens, like aluminum. Vacuum brazing ovens are also relied upon for the brazing of refractory materials and other unconventional alloy combinations unsuited to atmosphere ovens. Since these ovens do not have flux or a reducing atmosphere, part cleanliness is of the utmost importance. Vacuum ovens, which are most commonly batch type and suited to medium and high production volumes, come in three main types: single-wall hot retort, double-walled hot retort and cold-wall retort.

More Brazing Ovens Information
High Temperature Oven Inert Atmosphere High Temperature Furnace
High Temperature Oven - The GRIEVE Corporation Inert Atmosphere High Temperature Furnace - The GRIEVE Corporation



Brazing Ovens Informational Video



ARTICLES AND PRESS RELEASES

LEWCO, Inc. Adds Additional Representation Throughout the U.S.

LEWCO, Inc., is pleased to announce the addition of eight representatives serving 21 states throughout the U.S. This experienced group of reps will support LEWCO’s industrial oven sales and provide application assistance. The additional representation will enhance the customer experience at LEWCO. Below is the new LEWCO reps contact information and territories they serve. M Squared Solutions   Michael Murray (847) 721-3256 msquaredsolutions@msn.com Coverage Area: • Illinois • Northwest Indiana • Southern Wisconsin • St. Louis and surrounding counties • Michigan Upper Peninsula   CVA Energy   Fred Weiler (434)... Read More

Wisconsin Oven Ships Ten Enhanced Duty Walk-In Series Ovens to a Wind Turbine Components Manufacturer

Wisconsin Oven Corporation shipped ten (10) Electrically Heated Enhanced Duty Walk-In Series Ovens, each a Model EWN. The ovens will be used for curing wind turbine components. The maximum temperature rating for all the ovens is 176°F (80°C). The chamber dimensions are 6’6” W x 4’0” L x 6’0” H. The ovens have combination airflow which provides both horizontal and vertical upward airflow which maximizes heating rates and temperature uniformity of the product. Per the manufacturers request, the ovens required a temperature uniformity of ±2°C, and they actually achieved ±1°C... Read More