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Top 10 Medium Frequency Electric Furnace Suppliers in Australia in 2025

Australia's industrial landscape is undergoing a quiet revolution. As the nation doubles down on sustainability goals and the circular economy, industries from metal recycling to battery processing are racing to keep up with demand— and at the heart of this shift lies a critical piece of equipment: the medium frequency electric furnace. These machines aren't just workhorses for melting metals; they're the backbone of modern recycling operations, from lead acid battery recycling to processing scrap circuit boards.

In 2025, the need for reliable, efficient, and eco-friendly furnace solutions has never been higher. Australian businesses are no longer just looking for equipment—they're seeking partners who understand local regulations, prioritize energy efficiency, and offer end-to-end support, whether it's integrating air pollution control systems or customizing setups for lithium-ion battery recycling. To help navigate this growing market, we've compiled a list of the top 10 medium frequency electric furnace suppliers making waves across the country. Each brings something unique to the table, from decades of expertise in metal melting to cutting-edge innovations in sustainable recycling tech.

Top 10 Suppliers at a Glance

Supplier Name Location Key Focus Areas Standout Equipment
Aussie Recycling Tech Industries Sydney, NSW Lead Acid & Li-Ion Battery Recycling Medium Frequency Furnaces, Air Pollution Control Systems
Melbourne Metallurgy Solutions Melbourne, VIC Metal Melting & Scrap Processing Custom Medium Frequency Furnaces, Hydraulic Press Machines
Brisbane Green Energy Equipment Brisbane, QLD Sustainable Industrial Solutions Lead Acid Battery Recycling Equipment, Water Process Equipment
Perth Precision Furnaces Perth, WA Mining & Metal Extraction Medium Frequency Electricity Furnaces, Lithium Ore Extraction Equipment
Adelaide Circular Systems Adelaide, SA E-Waste & Circuit Board Recycling Circuit Board Recycling Plant, Dry Process Equipment
Newcastle Industrial Innovations Newcastle, NSW Heavy-Duty Shredding & Melting 4-Shaft Shredders, Metal Melting Furnace Equipment
Canberra Eco-Tech Canberra, ACT Government & Municipal Recycling Air Pollution Control System Equipment, Refrigerator Recycling Equipment
Gold Coast Machinery Works Gold Coast, QLD Portable & Compact Solutions Portable Briquetter Machines, Compact Granulators with Dry Separators
Hobart Metal Recovery Specialists Hobart, TAS Small-Scale to Industrial Recycling Lead Refinery Furnaces, Filter Press Equipment
Darwin Resource Recovery Darwin, NT Remote & Mining Operations Medium Frequency Furnaces, Tailing Ore Extraction Equipment

1. Aussie Recycling Tech Industries (Sydney, NSW)

When it comes to battery recycling, Aussie Recycling Tech Industries (ARTI) isn't just a supplier—they're a pioneer. Founded in 2008 by a team of engineers passionate about reducing Australia's reliance on raw materials, ARTI has grown into a go-to name for lead acid and lithium-ion battery recycling setups. What sets them apart? Their ability to integrate medium frequency electric furnaces seamlessly with the entire recycling line, from battery breaking and separation to air pollution control.

"We don't just sell furnaces—we solve problems," says ARTI's operations manager, Sarah Chen. "A lot of our clients come to us with unique challenges, like processing old lead acid batteries from remote mining sites. Our medium frequency furnaces are designed to handle variable feedstocks, and we pair them with our in-house air pollution control system equipment to ensure they meet even the strictest NSW emissions standards." It's this hands-on approach that has earned them partnerships with major recycling plants across the east coast, including a recent project to upgrade a Brisbane facility's lead acid battery recycling equipment, boosting capacity by 30% while cutting energy use by 15%.

Key Equipment: Medium frequency electricity furnace, lead acid battery breaking and separation system, air pollution control system equipment, li-ion battery breaking and separating equipment.

2. Melbourne Metallurgy Solutions (Melbourne, VIC)

If there's one word that defines Melbourne Metallurgy Solutions (MMS), it's "precision." For over 30 years, this family-owned business has been crafting custom metal melting solutions for Australian manufacturers, scrap yards, and recycling plants. Their medium frequency electric furnaces are known for their durability—many clients joke that an MMS furnace outlasts the buildings they're housed in. But it's their focus on adaptability that keeps them ahead in 2025.

"The days of one-size-fits-all furnaces are long gone," explains third-generation owner Mark Thompson. "A scrap metal yard in Geelong needs different specs than a medical device manufacturer in Melbourne. We work closely with each client to design furnaces that match their throughput, energy needs, and even floor space." MMS has recently expanded into hydraulic press machines, a natural complement to their furnaces, allowing clients to compact scrap metal before melting for maximum efficiency. Their latest innovation? A furnace that can switch between melting aluminum and copper with minimal downtime, a game-changer for small to mid-sized operations.

Local businesses rave about their after-sales support, too. "When our furnace broke down during a peak period, MMS had a technician on-site within four hours," recalls a scrapyard manager in Dandenong. "You don't get that kind of service from overseas suppliers."

Key Equipment: Custom medium frequency electric furnaces, hydraulic press machines equipment, metal melting furnace equipment, 2 shaft shredder equipment.

3. Brisbane Green Energy Equipment (Brisbane, QLD)

Brisbane Green Energy Equipment (BGEE) wears its sustainability badge proudly. Founded in 2015 with a mission to "make green tech accessible," this Queensland-based supplier has quickly become a leader in eco-friendly industrial solutions, with medium frequency electric furnaces at the core of their offerings. What makes BGEE stand out is their holistic approach: they don't just supply a furnace—they design entire recycling ecosystems, complete with water process equipment and lead acid battery recycling systems that minimize waste and maximize resource recovery.

"We started because we saw a gap," says founder Liam O'Connor. "Too many businesses wanted to recycle but couldn't afford the upfront cost of a full system. Now, we offer modular setups—start with a furnace, add a water treatment unit later, then expand to battery breaking equipment as you grow." This flexibility has made BGEE a favorite among startups and community recycling initiatives. Their most popular package? A compact lead acid battery recycling line that includes a medium frequency furnace, filter press equipment, and basic water process tools, designed for small to medium operations.

BGEE also prides itself on education. They host monthly workshops for clients on optimizing furnace efficiency, reducing energy use, and staying compliant with Queensland's strict environmental regulations. "At the end of the day, our success is tied to our clients' success," O'Connor adds. "If they're saving energy and making more profit, we've done our job."

Key Equipment: Medium frequency electric furnace, lead acid battery recycling equipment, water process equipment, filter press equipment, auxiliary equipment.

4. Perth Precision Furnaces (Perth, WA)

Western Australia's mining boom has long driven demand for heavy-duty industrial equipment, and Perth Precision Furnaces (PPF) has been there to meet it. Since 1992, PPF has specialized in medium frequency electric furnaces built to withstand the harsh conditions of mining and metal extraction operations. Their furnaces are workhorses, designed to handle everything from lithium ore extraction to processing tailing ores—applications where reliability and high throughput are non-negotiable.

"Mining companies don't have time for downtime," says PPF's technical director, Raj Patel. "Our furnaces are built with that in mind—rugged, easy to maintain, and optimized for the specific ores Western Australia produces." PPF's medium frequency electricity furnaces are particularly popular for lithium crude ore processing, a growing sector as demand for lithium-ion batteries surges. They've also recently ventured into tailing ore extraction equipment, helping mines recover valuable metals from waste that would otherwise end up in landfills.

What clients appreciate most is PPF's local expertise. "They understand the unique challenges of WA mining—remote locations, extreme temperatures, limited access to parts," notes a mining operations manager in Kalgoorlie. "Their furnaces are built to thrive here, not just work here." PPF also offers 24/7 technical support via satellite for clients in the outback, ensuring even the most isolated operations stay up and running.

Key Equipment: Medium frequency electricity furnace, lithium ore extraction equipment, tailing ore extraction equipment, crude ore extraction equipment, metal melting furnace equipment.

5. Adelaide Circular Systems (Adelaide, SA)

Adelaide Circular Systems (ACS) is all about e-waste—and they're very, very good at it. As Australia's e-waste problem grows (estimates suggest over 500,000 tonnes are generated annually), ACS has positioned itself as the leading supplier of circuit board recycling equipment, with medium frequency electric furnaces playing a starring role in their systems. Their flagship product? The WCBD-2000A circuit board recycling plant, a dry-separator setup with a 500-2000kg/hour capacity that can extract valuable metals like gold, silver, and copper from old circuit boards with minimal environmental impact.

"Circuit boards are tricky—they're a mix of metals, plastics, and hazardous materials," explains ACS engineer Maya Patel. "Our medium frequency furnaces are calibrated to melt metals at precise temperatures, ensuring we don't burn off the valuable stuff or release toxins. We pair them with dry process equipment to separate plastics and metals, so almost nothing goes to waste." ACS also offers custom setups for larger facilities, including the WCB-2000C wet separator model for higher throughput operations.

What really sets ACS apart is their commitment to research. They partner with the University of Adelaide to develop new separation technologies, and their team regularly publishes papers on improving e-waste recycling efficiency. "We're not just keeping up with the industry—we're trying to lead it," Patel says. For businesses looking to get into e-waste recycling, ACS doesn't just sell equipment; they offer training programs for operators, ensuring clients get the most out of their investment.

Key Equipment: Circuit board recycling plant WCBD-2000A (dry separator), medium frequency electric furnace, dry process equipment, compact granulator with dry separator equipment.

6. Newcastle Industrial Innovations (Newcastle, NSW)

Newcastle has long been Australia's industrial heartland, and Newcastle Industrial Innovations (NII) embodies that legacy. With roots dating back to the 1970s as a small machine shop, NII has evolved into a heavyweight in shredding and melting equipment, serving industries from automotive recycling to steel manufacturing. Their claim to fame? Building some of the toughest 4-shaft shredders in the country, paired with medium frequency electric furnaces that can handle even the most contaminated scrap metal.

"In the recycling world, 'dirty' scrap is a reality—oily, painted, mixed with other materials," says NII's sales director, John Murphy. "Our furnaces don't flinch. We've designed them with robust linings and advanced filtration to handle it all, which saves our clients time and money on pre-processing." NII's 4-shaft shredders are equally impressive, capable of breaking down everything from car bodies to large appliances before melting. A recent project for a Newcastle steel mill saw NII install a custom shredder-furnace combo that increased metal recovery by 22% in the first year.

NII also understands the importance of speed. Their in-house manufacturing facility means shorter lead times than many competitors—typically 8-10 weeks for a standard furnace, compared to 12-16 weeks from overseas suppliers. "When a client needs to ramp up production, waiting months isn't an option," Murphy adds. "We pride ourselves on getting them up and running faster."

Key Equipment: 4 shaft shredder equipment, medium frequency electric furnace, metal melting furnace equipment, hydraulic cutter equipment, shredder and pre-chopper equipment.

7. Canberra Eco-Tech (Canberra, ACT)

As the nation's capital, Canberra is a hub for government initiatives and municipal projects—and Canberra Eco-Tech (CET) has made it their mission to support those efforts. Specializing in equipment for public sector recycling programs, CET is the go-to supplier for local councils, government agencies, and community recycling centers. Their focus? Making industrial-grade equipment accessible and easy to use, even for teams with limited technical expertise.

"Municipal recycling is different from industrial—you're dealing with a wider range of materials, and operators might not have backgrounds in metallurgy," says CET's founder, Emma Wright. "Our medium frequency furnaces come with user-friendly interfaces, automated safety features, and clear training manuals. We also include air pollution control system equipment as standard, because councils can't afford to cut corners on emissions." CET's most popular offering for local governments is their refrigerator recycling equipment, a compact line that includes a shredder, refrigerant extraction machine, and a small medium frequency furnace for melting metal components.

CET also works closely with federal agencies on sustainability projects. Last year, they partnered with the Department of Climate Change to design a mobile recycling unit—complete with a portable medium frequency furnace and air pollution control system—that travels to rural communities, helping them process scrap metal and old batteries locally instead of shipping waste long distances. "It's about making recycling equitable," Wright says. "Not everyone has access to a big recycling plant, so we bring the plant to them."

Key Equipment: Medium frequency electric furnace, air pollution control system equipment, refrigerator recycling equipment, refrigerant extraction machine, auxiliary equipment.

8. Gold Coast Machinery Works (Gold Coast, QLD)

Not every recycling operation needs a massive, fixed-in-place furnace—and Gold Coast Machinery Works (GCMW) has built a business around that truth. Specializing in portable and compact equipment, GCMW caters to small businesses, mobile recyclers, and operations with limited space. Their star products? The PHBM series of portable briquetter machines, compact metal powder compressors designed to work alongside small medium frequency furnaces for on-site metal processing.

"We started noticing a trend: small scrap yards, auto shops, even farms wanted to recycle metal on-site but couldn't justify a big furnace," says GCMW's lead designer, Tom Reynolds. "Our portable briquetters let them compress metal powder into dense briquettes, which can then be melted in our compact medium frequency furnace—no need for a separate facility." The PHBM-004, their latest model, weighs just 500kg and can run on standard 240V power, making it ideal for remote locations or businesses with tight budgets.

GCMW also excels at customizing compact systems. A recent client, a family-owned auto wrecking yard in Toowoomba, needed a way to melt aluminum rims on-site. GCMW delivered a setup that includes a small furnace, a portable briquetter, and a basic air filtration unit—all fitting in a 10x10m shed. "They're now selling melted aluminum ingots back to manufacturers, turning waste into profit," Reynolds notes. It's this focus on accessibility that has made GCMW a favorite among Australia's small business community.

Key Equipment: Portable briquetter machine (PHBM-002/003/004), compact medium frequency electric furnace, portable metal powder compressor, hydraulic baler equipment.

9. Hobart Metal Recovery Specialists (Hobart, TAS)

Tasmania might be Australia's smallest state, but Hobart Metal Recovery Specialists (HMRS) has a big reputation for quality. Founded in 1995, this tight-knit team of engineers and technicians specializes in lead refinery equipment and small to medium-scale metal melting furnaces, serving clients across Tasmania and the mainland. What makes HMRS unique is their hands-on approach—every furnace is built and tested in-house, and the team personally installs and commissions each unit, no matter how remote the location.

"We're a small company, so we can't compete on price with the big players," says owner David Green. "Instead, we compete on quality and service. When you buy a furnace from us, you're getting something built by people who care—people who will answer the phone at 2 a.m. if your furnace breaks down in the middle of a job." HMRS's lead refinery furnaces are particularly well-regarded, known for their precision in separating lead from impurities, a critical step in lead acid battery recycling. They also offer filter press equipment to collect paste from battery breaking, ensuring clients can recover every last bit of valuable material.

HMRS has a loyal following among Tasmanian businesses, many of which have been clients for decades. "We've been working with HMRS since 2001," says a lead recycling plant manager in Launceston. "Their furnaces are reliable, and their team feels like an extension of our own." For businesses that value long-term partnerships over one-off transactions, HMRS is hard to beat.

Key Equipment: Lead refinery furnace, medium frequency electric furnace, filter press equipment, lead acid battery breaking and separation system, metal melting furnace equipment.

10. Darwin Resource Recovery (Darwin, NT)

The Northern Territory's mining and remote operations face unique challenges—extreme heat, limited infrastructure, and vast distances from suppliers. Darwin Resource Recovery (DRR) was founded to address those challenges, specializing in rugged, low-maintenance medium frequency electric furnaces and mining extraction equipment designed for the Territory's harsh conditions. Their focus on lithium tailing ore extraction and crude ore processing has made them a key player in Australia's growing lithium mining sector.

"Mines in the NT can't afford equipment that breaks down when it hits 45°C or needs parts shipped from overseas," says DRR's operations manager, Jake Williams. "Our furnaces are built with heat-resistant components and simple, easy-to-repair designs. We also stock spare parts locally in Darwin, so clients aren't waiting weeks for a replacement." DRR's lithium tailing ore extraction plants are particularly innovative, using medium frequency furnaces to recover lithium from waste tailings that would otherwise be discarded— a process that not only boosts mine profitability but also reduces environmental impact.

DRR also offers mobile furnace units for exploration teams and small-scale miners. These compact setups can be transported by truck to remote sites, allowing teams to test ore samples on-site before committing to a full-scale operation. "It's about bringing big-mine technology to small players," Williams adds. "Everyone should have access to efficient, sustainable extraction tools, no matter where they are."

Key Equipment: Medium frequency electric furnace, lithium tailing ore extraction equipment, crude ore extraction equipment, metal melting furnace equipment, portable briquetting machine.

As Australia continues to embrace the circular economy, the role of these medium frequency electric furnace suppliers becomes increasingly vital. They're not just selling equipment—they're enabling businesses to reduce waste, recover valuable resources, and meet sustainability goals. Whether you're a small recycling startup in Toowoomba or a major mining operation in the Pilbara, the right supplier can turn challenges into opportunities. In 2025 and beyond, these 10 companies are poised to lead the way, driving innovation and supporting Australia's transition to a more sustainable industrial future.

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