BRAZING NEWS

Auto Parts Manufacturer Adds EV/CAB Line

A continuous line for protective atmosphere brazing has been contracted by a company involved in the research, development, and production of precision metal parts for the automotive industry. The EV/CAB line is intended for the production of large-sized electric vehicle battery coolers.

Piotr Skarbiński
Vice President of Aluminum and CAB Products Segment
SECO/WARWICK

The EV/CAB line, manufactured and delivered by SECO/WARWICK, will help the company in their manufacture of automotive heat exchangers and is the first for the company, which has production plants in the US as well as Singapore, Malaysia, Thailand, Germany, and China.

“CAB continuous furnaces use a variable speed drive (to transport products) with a stainless-steel mesh conveyor belt. The controlled atmosphere brazing process heats the product to the brazing temperature, while maintaining a uniform product temperature in a protective nitrogen atmosphere devoid of oxygen,” said Piotr Skarbiński, vice president of the Aluminum Process and CAB Business Segment at SECO/WARWICK. “Societal awareness related to the need to care for the natural environment is growing globally, and consistent legal changes in this direction are causing the electromobility sector to grow.”

The CAB line ordered involves a hybrid gas-electric heating method and consists of a 1.6 m wide furnace TTBB chamber, radiation preheating chamber, radiation brazing furnace, cooling chamber with air jacket, final cooling chamber and control system. The furnace is fully electric; however, at the client’s request, space was provided for the installation of gas-powered heating, which provides the flexibility for future savings. Radiation CAB furnaces provide continuous brazing of products with similar dimensions and features. The temperature is distributed evenly over the entire length of the belt due to several independent heating zones.

In addition to manufacturing electric vehicle battery coolers, the company produces precision metal parts for the computer and telecommunications industries.

Press release is available in its original from here.



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Auto Parts manufacturer Adds EV/CAB Line

An auto parts manufacturer that specializes in the production of radiators and air conditioning systems recently ordered a fully electric furnace for brazing aluminum in a protective atmosphere. The EV/CAB line is designed for the production of tubular and plate-fin heat exchangers with uniform temperature distribution across the 1300 mm wide belt.

Piotr Skarbiński
Vice President of Aluminum and CAB Products Segment
SECO/WARWICK

SECO/WARWICK designed the uniform temperature distribution feature in the equipment to meet the company’s quality requirements of the finished products. The CAB line on order, the first this manufacturer has acquired from SECO/WARWICK, provides the continuous brazing of products with similar dimensions and features. The temperature is evenly distributed over the entire width of the belt due to several independent heating zones, resulting in long-term operation under industrial conditions.

“Uniform temperature distribution across the entire belt, regardless of how wide it is, is an important consideration influencing the final effect of the production,” said Piotr Skarbiński, vice president of the Aluminum Process and CAB Business Segment at SECO/WARWICK. “Our furnaces provide an optimal brazing temperature profile and a very clean atmosphere necessary to maintain high process quality. In China, we sell CAB lines for manufacturers of electric vehicle battery coolers, as well as for manufacturers of other heat exchangers. The furnaces on order by this partner are powered by electricity, making them ecological and free of CO2 emissions.”

Press release is available in its original form here.



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CAB Capabilities Expanded for Heat Exchanger Manufacturer

An aluminum heat exchanger manufacturer specializing in the production of heat exchangers recently expanded its production capabilities with a semi-continuous furnace for controlled atmosphere brazing (CAB) aluminum components. The system for semi-continuous operation, based on the cycle multi-stage division, is designed to increase the efficiency and quality of the heat exchangers with ribbed plate construction.

Piotr Skarbiński
Vice President of Aluminum and CAB Products Segment
SECO/WARWICK

SECO/WARWICK provided this CAB system, often chosen by the HVAC industry and manufacturers of car parts, for the industrial production of heat exchangers. The semi-continuous operation mode ensures uniform heating of elements even with above-average dimensions.

“The key advantages of this solution includes higher hourly efficiency — modern brazing technology ensures shorter production cycle time; stable and repeatable quality — the advanced brazing atmosphere control system minimizes the risk of defects, guarantees faster maintenance as well as no production downtime. . . . The semi-continuous CAB system is popular because it allows users to realize a reduction in costs while producing atmosphere brazing with exceptional quality control,” said Piotr Skarbiński, vice president of Aluminum Process and CAB Business Segment in the SECO/WARWICK Group. “We supply solutions to many companies in Asia, and a large part of the contracts are the result of recommendations we receive from our customers.”

The CAB line includes a drying furnace, an inlet purging chamber, a patented heating and brazing chamber, an intermediate cooling chamber with an air jacket and a direct final cooling chamber. The product moves between stages in a horizontal position based on a continuously adjustable cycle time, depending on the load’s type and configuration. The semi-continuous operation mode ensures that even large-sized heat exchangers will be heated evenly during the correct process time.

Press release is available in its original form here.



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Cincinnati Radiator Bolsters Aluminum Brazing Capabilities with New VAB Furnace

Cincinnati Radiator, a manufacturer of radiators and cooling products, recently expanded its production capabilities at its Fairfield, Ohio, facility with the addition of a vacuum aluminum brazing (VAB) furnace. This acquisition will enable the company to perform in-house radiator core brazing.

The VAB furnace, with a weight capacity of up to 2,000 lbs, is the third manufactured and installed by Ipsen.

Prasenjit Ray
General Manager
Cincinnati Radiator
Source: Ipsen

“This furnace has so many recipes for us to use,” said Prasenjit Ray, general manager of Cincinnati Radiator. “We were planning to test it out for two months, but we weren’t expecting to get production-quality within those two months. What shocked and surprised me was that the first cores that came out were perfect. We’ve produced 10 (in the first month) and it runs like a new Cadillac.”

“We knew that we needed a way to make cores here. When customers had to rely on cores processed in China, it could mean a four-month lead time. If we had our own furnace, we could operate a just-in-time production,” said Ray. “We went with John Pease (Ipsen Regional Sales Representative) and Patrick McKenna (Ipsen USA President & CEO) to California to see a company operating two Ipsen VAB furnaces. Our team knew that, once we saw them in operation, we wanted to work with another company within the United States. Ipsen could offer great aftermarket support, and the delivery was worth the wait.”

Main image (left to right): All of Cincinnati Radiator: Abhilash Uppala, Manufacturing Engineer; Prasenjit Ray, General Manager; Michael Petitt, Assistant Operations Manager; and James “Tom” Aynes, Accounting Manager. Source: Ipsen.

The press release is available in its original form here.



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Automotive Radiator Manufacturer Bolsters Aluminum Brazing Capacity

A car radiator manufacturer has expanded its heat treatment capacity with an EV/CAB line adapted for the production of oversized battery coolers. The aluminum brazing furnace facilitates the ability to make quick modifications and switch from gas to electric heating in order to meet climate change challenges.

Piotr Skarbiński
Vice President of Aluminum and CAB Products Segment
SECO/WARWICK
Source: LinkedIn

SECO/WARWICK designed the CAB line with temperature uniformity across the entire belt width in order to accommodate the size specifications of the battery coolers.

“This order is for an aluminum brazing furnace adapted to the production of oversized battery coolers,” said Piotr Skarbiński, vice president of the aluminum and CAB product segment at SECO/WARWICK. “The EV/CAB line with a belt width of 2100 mm (6.89 ft) is designed to produce oversized battery coolers. It consists of a preheating and main heating chamber, a radiation brazing furnace, an air jacket cooling chamber, a final cooling chamber and a control system.”

The press release is available in its original form here.



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Automotive Parts Supplier Acquires Vacuum Furnace To Conduct Aluminum Brazing Tests

An automotive supplier has acquired a vacuum furnace for brazing aluminum components. The VAB furnace was designed according to the client’s guidelines and will be used by the R&D department to conduct development tests in the field of aluminum vacuum brazing.

SECO/WARWICK previously provided vacuum technology systems to the automotive parts manufacturer and built the VAB furnace based on the design of a single-chamber VECTOR furnace.

Maciej Korecki
Vice President of Vacuum Business Segment
SECO/WARWICK
Source: SECO/WARWICK.com

“Orders requiring a specific approach always make us happy, because it builds, inspires, and develops both our body of knowledge and the technology. This project was certainly a challenge for the entire SECO/WARWICK Team, because the partner’s assumptions, in relation to the requirements placed on our furnace, were really high,” said Maciej Korecki, vice president of the vacuum furnace segment at SECO/WARWICK. “They required a very complicated and individual solution in the form of a cuboid shape of the heating chamber equipped with flat, large-surface heating elements. They were arranged in twelve independent temperature control zones, ensuring very high dynamics of load heating and ideal temperature uniformity.”

Lukasz Chwiałkowski
Sales Manager
SECO/WARWICK
Source: SECO/WARWICK

“We were tasked with creating a VAB furnace with unique solutions: a special square heating chamber equipped with flat heating elements made of Inconel 600 material, arranged in twelve independent temperature control zones” said Lukasz Chwiałkowski, sales manager at SECO/WARWICK.  

The press release is available in its original form here.



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Automotive Manufacturer Expands Brazing Capabilities with Vacuum Furnace

A U.S.-based automotive manufacturer is expanding its production capacity for brazing stainless heat exchangers with the order of a single-chamber vacuum furnace. The equipment will be integrated into an existing line’s thermal process operations, which is located at their Mexico facility.

Peter Zawistowski
Managing Director
SECO/VACUUM TECHNOLOGIES, USA
Source: SECO/WARWICK

The heat treater ordered the furnace from SECO/VACUUM specifically for immediate delivery, allowing brazing of automotive components to begin without delay.

“We built this furnace to be ready to be shipped and put into operation very quickly, which is just the solution they were looking for,” said Piotr Zawistowski, managing director of SECO/VACUUM.

The press release is available in its original form here.


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jet engine exposed parts in bg; inset of man, glasses, beard, suit jacket

Aerospace Parts Manufacturer Upgrades Vacuum Heat Treating Capabilities

A global manufacturer of aircraft parts has ordered a single-chamber vacuum furnace for brazing jet engine parts. The new equipment will replace a 30-year-old unit previously operating in its Poland-based plant.

Jędrzej Malinowski
Sales Manager
SECO/WARWICK Group
Source: LinkedIn

The new Vector® vacuum furnace is being supplied by SECO/WARWICK, which also manufactured the retiring equipment. The upgrade is based on a standard Vector vacuum furnace with a working space of 900 x 900 x 1200 mm, with screen insulation and metal heating elements. The solution has been adapted to industry specific needs and can heat treat jet engine components, such as complex gears or main shafts.

“This unit is distinguished by the ability to carry out efficient and clean high vacuum processes thanks to the use of a molybdenum heating chamber and a very efficient pumping system. This ensures very high purity and the dynamics required for brazing processes. Another big advantage is the very good temperature uniformity in the molybdenum heating chamber and compliance with the strict requirements of industry standards such as AMS2750,” said Jędrzej Malinowski, sales manager, SECO/WARWICK Group.

The press release is available in its original form here.



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MIT-Backed Startup Tackles Heat Treaters’ High Electricity Bills

A group of graduates from MIT and Duke University identified manufacturing as an industry overburdened by rapidly growing energy costs and proposed a technology to provide electric bill savings of up to 30%. They will be piloting this technology with a U.S. heat treater, ThermoFusion, a Californian heat treater and brazer.

EQORE, a startup tackling energy issues for manufacturers, is developing smart energy storage systems. They aim to cut industrial energy bills by a third while offering a payback period of 1–3 years. Connected behind the meter, an EQORE system serves as an optimizing filter for electric equipment without changing its operation in any way. The system consists of a wall-mounted computing unit and a compact floor-mounted battery pack. It can be installed inside or outside of a facility and only needs a connection to the electric panel and internet.

The founding team features backgrounds in energy storage engineering from Tesla and Apple, as well as software and business development, and is supported by an innovation fund at MIT. The technology specifically targets reducing demand charges, which can account for 60–70% of industrial electricity costs. Demand charges penalize high variability in electric usage, a characteristic of heat treating facilities like ThermoFusion. For these facilities, a single peak in power usage can drastically increase the entire bill. Remarkably, in some locations in the U.S., demand rates have doubled since 2022. 

After talking to over 200 businesses, utility representatives, and energy experts, the team concluded that the solutions to the demand issue remain limited. Available power optimizations disrupt customer operations, while independent power generation like solar is often out of reach due to its decade-long repayment periods. EQORE’s solution empowers clients to reduce energy costs while maintaining existing production levels.

Their team is actively looking to engage with more pilot customers and is open to collaborations.  

The original press release is available upon request.


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2 CAB Lines for American Auto Part Manufacturer

A heat treat furnace manufacturer with North American locations will provide an American partner with two identical continuous CAB lines for brazing aluminum heat exchangers, specifically battery coolers. The furnaces will be used in Mexico and Spain.

The SECO CAB lines will be used for protective atmosphere brazing aluminum of heat exchangers. Such solutions are used by leading automotive parts manufacturers and are used for mass production of battery coolers among other types of heat exchangers. This purchase was preceded by tests in the R&D laboratory.

Piotr Skarbiński, Vice President of Aluminum and CAB Product Segments, SECO/WARWICK Group (photo source: secowarwick.com)

“The purchased CAB lines,” explained Piotr Skarbiński, VP of Aluminum and CAB Product Segments, SECO/WARWICK Group, “will be the first solutions of this type in the customer’s factories.”

This press release is available in its original form here.


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