Top 10 Lead Refiner Suppliers in Russia

Founded in 2005 in the heart of Russia’s industrial Urals, Ural LeadTech didn’t just jump on the recycling bandwagon—they helped build it. What started as a small workshop repairing old smelting equipment has grown into one of Russia’s most trusted names in lead refining, with a focus on lead acid battery recycling that’s second to none.

Their claim to fame? A lead acid battery breaking and separation system that’s as tough as the Urals themselves. Designed to handle everything from car batteries to industrial storage units, this system doesn’t just tear apart old batteries—it separates lead plates, plastic casings, and acid with pinpoint precision, ensuring almost zero waste. Pair that with their rotary furnace for paste reduction, and you’ve got a one-two punch that turns battery paste into 99.97% pure lead ingots—good enough for new car batteries, roofing materials, and even medical equipment components. Today, they serve over 200 clients across Russia and Eastern Europe, from small family-run recyclers to giants like Gazprom’s auto divisions. “We don’t just sell equipment,” says CEO Ivan Petrov. “We sell peace of mind—knowing your recycling line will keep up with demand, no matter what.”

If Ural LeadTech is the “old guard” of Russian lead refining, Siberian Recycling Systems (SRS) is the innovative upstart—though they’ve earned their stripes since 2010. Based in Krasnoyarsk, a gateway to Siberia’s vast resource wealth, SRS made a name for itself by solving a big problem: how to recycle lead in regions where fuel and energy are scarce.

Their answer? A blast (cupola) furnace for lead battery recycling that’s optimized for efficiency. Unlike traditional furnaces that guzzle gas, SRS’s cupola design uses a mix of coal and recycled wood chips, cutting fuel costs by 30%—a game-changer for remote Siberian communities. Pair that with their lead refinery machine equipment, which uses advanced sensors to monitor lead purity in real time, and you’ve got a system that’s both eco-friendly and cost-effective.

But SRS doesn’t stop at big industrial setups. They’ve also pioneered mobile recycling units—truck-mounted systems that can process 500kg of lead batteries per day, perfect for mining camps or rural areas with no fixed recycling plants. “In Siberia, not everyone can build a full-scale facility,” explains lead engineer Olga Mikhailova. “Our mobile units bring the refinery to them.”

When you think of Moscow, skyscrapers and tech startups might come to mind—but MMRG, founded in 1998, is proof that the capital has deep roots in industrial innovation. As one of Russia’s oldest lead refining suppliers, they’ve weathered economic crashes, sanctions, and changing environmental laws to remain a top player.

Their specialty? Turnkey lead acid battery recycling plants. Need a full setup from battery collection to lead ingot storage? MMRG handles it all: sorting conveyors, breaking systems, acid neutralization units, and their star product—lead refinery machine equipment with AI-powered purity control. Their latest model, the LRM-2000, uses cameras and spectrometers to check lead quality every 10 seconds, automatically adjusting furnace temperatures to keep purity consistent.

What really sets them apart, though, is their focus on sustainability. They were the first in Russia to integrate air pollution control systems into their lead recycling lines, capturing 99% of lead dust and toxic fumes before they hit the air. “Moscow’s环保警察 (environmental police) are tough,” jokes sales director Pavel Ivanov, “but we’ve never had a single fine. Our clients love that—they can advertise their ‘green credentials’ without worrying about inspections.” With a 25,000 sq.m factory on the outskirts of Moscow, they can build a custom plant in as little as 3 months—fast enough to keep up with Russia’s booming electric vehicle battery recycling needs.

Samara, on the banks of the Volga River, is known for oil and aerospace—but Volga Battery Solutions (VBS), founded in 2015, is making waves as the “affordable innovation” leader in lead refining. While other suppliers focus on giant industrial clients, VBS targets small to medium recyclers who want top-tier tech without breaking the bank.

Their secret? Modular lead acid battery breaking and separation systems. Instead of selling a one-size-fits-all machine, they let clients pick and choose components: a basic 500kg/hour breaker for a startup, then add a plastic separator or acid recovery unit later as the business grows. “We started because we saw too many small recyclers using outdated, dangerous equipment,” says founder Maria Sorokina, a former mechanical engineer. “Now, even a recycler in a small Volga town can afford a system that’s safe, efficient, and compliant with 2025环保 laws (environmental laws).”

Their bestseller? The Mini-Breaker Pro, a compact machine that fits in a 20ft container and can process 800 car batteries per day. It’s simple to use, too—no need for a PhD in engineering. “My 65-year-old dad runs ours,” says Dmitry, who owns a recycling shop in Kazan. “He just pushes a button, and it does the rest.”

Murmansk, a port city above the Arctic Circle, isn’t the first place you’d expect a lead refining supplier—but Northern Lead Recovery (NLR) has turned its remote location into a superpower. Founded in 2008, they specialize in processing lead from ships, fishing equipment, and Arctic mining waste, serving clients across Scandinavia and Russia’s Far North.

Their claim to fame? Cold-weather blast furnaces. Traditional lead furnaces struggle in sub-zero temperatures, but NLR’s cupola furnaces are wrapped in ceramic insulation and heated by waste oil from fishing boats, making them both energy-efficient and Arctic-ready. Pair that with their lead refinery machine equipment, which uses heated conveyor belts to keep lead from solidifying mid-process, and you’ve got a system that works even in the polar night.

They’re also experts in handling “dirty” lead—scrap from old ships or mining gear that’s mixed with rust, paint, and other metals. Their proprietary cleaning process, developed with the Murmansk State Technical University, strips away impurities without using harsh chemicals, making their lead popular with eco-conscious Scandinavian clients. “We don’t just survive in the Arctic,” says founder Anna Lindstrom, who moved from Sweden to start NLR. “We thrive here. The cold is our friend—it keeps our equipment from overheating!”

Rostov-on-Don, in Russia’s south, is known for sunflower fields and Cossack culture—but Caucasus Eco-Refining (CER) is putting it on the map for green lead recycling. Founded in 2012, they’ve made a name for themselves by blending cutting-edge tech with a focus on community and环保 (environmental protection).

Their star product? A lead acid battery breaking and separation system designed for small communities. The CER-500, compact enough to fit in a garage, processes 500kg of batteries per day and comes with built-in acid recycling—turning old battery acid into fertilizer for local farms. “We work with rural cooperatives a lot,” explains engineer Sergei Kuznetsov. “A village might collect batteries from 10 nearby towns, process them with our machine, and sell the lead to a factory in Rostov. The acid? They use it on their sunflower fields. It’s a closed loop.”

CER also leads the pack in transparency. They publish annual sustainability reports, detailing how much lead they’ve recycled, how many tons of CO2 their systems have saved, and even the salaries of their workers (a rarity in Russian industry). “Trust matters,” says CEO Elena Petrova. “Farmers don’t just buy a machine—they join a movement.”

Vladivostok, Russia’s gateway to Asia, is a city of contrasts—Soviet-era ships dock next to Japanese cars, and traditional fish markets sit near high-tech ports. Far East Metal循环 (FEM), founded in 2018, embodies that mix, blending Russian engineering with Asian efficiency to target the booming lead recycling market in China, South Korea, and Japan.

Their specialty? High-speed lead acid battery breaking and separation systems. Their latest model, the FEM-3000, processes 3 tons of batteries per hour—30% faster than most European models—thanks to dual-shaft shredders and magnetic separators that work in sync. “Asian clients want speed,” says export manager Kim Lee. “They run 24/7 operations, so downtime isn’t an option. Our machines are built to work non-stop for 30 days straight before needing maintenance.”

They’ve also adapted their systems to Asian safety standards, making them popular with Chinese recyclers who face strict government inspections. “China’s环保部 (Ministry of Ecology) is tough on lead emissions,” Lee adds. “Our air pollution control systems meet their Tier 1 standards, so our clients never have to worry about shutdowns.”

Nizhny Novgorod, once the Soviet Union’s “closed city” for military production, is now a hub for industrial innovation—and Central Russian Smelters (CRS), founded in 2000, is a big reason why. They specialize in heavy-duty lead refinery machine equipment for large-scale operations, like steel mills and mining complexes that generate tons of lead scrap.

Their claim to fame? The Titan-5000, a lead smelter that can process 5 tons of scrap per hour—one of the largest in Europe. Designed with input from Russian steel giant Severstal, it’s built to handle tough materials: old pipes, battery plates, even lead-lined tanks from chemical factories. “Mining companies love it,” says engineer Nikolai Smirnov. “They dig up lead ore, but they also get tons of scrap from their equipment. The Titan turns both into pure lead, saving them money on raw materials.”

CRS also offers custom engineering—if you need a machine that can melt lead and copper at the same time, or fit into a narrow mine shaft, their team will design it from scratch. “We once built a smelter that could be disassembled and carried down a 2-meter-wide mine elevator,” Smirnov laughs. “The client said it was impossible, but we did it in 6 months.”

Kaliningrad, Russia’s exclave between Poland and Lithuania, is a melting pot of European and Russian culture—and Baltic Lead Innovations (BLI), founded in 2014, uses that mix to its advantage. As a port city, Kaliningrad gives BLI easy access to European markets, and their lead refining systems are designed to meet both Russian and EU standards.

Their specialty? Small-batch lead refining for artisanal uses. Jewelers, sculptors, and historical restoration teams often need small amounts of high-purity lead—and BLI’s Mini-Refiner 50 is perfect for that. This compact machine, about the size of a washing machine, melts 50kg of lead scrap at a time, with manual controls that let users adjust purity for specific projects. “A sculptor in Berlin used our Mini-Refiner to make a lead statue for a museum,” says founder Janis Peters, who has Latvian roots. “He needed lead that matched the 18th-century original—our machine got it right on the first try.”

They also excel at lead acid battery recycling for European clients, who often face stricter waste laws than Russia. Their EU-compliant breaking systems separate plastic casings into recyclable flakes, which can be sold to European plastic manufacturers—adding extra revenue for recyclers.

Chelyabinsk, in the Southern Urals, is Russia’s “metal capital”—home to steel mills, copper smelters, and Southern Urals Refining Co. (SURC), founded in 2003. As a local favorite, they’ve built a reputation for reliability and innovation, especially in lead acid battery recycling equipment that’s tough enough for the region’s industrial demands.

Their star product? The SURC-Breaker, a lead acid battery breaking and separation system with a 10-year warranty—unheard of in the industry. “We use military-grade steel for the blades and German hydraulics,” explains CEO Alexei Morozov. “It’s overbuilt, but our clients say it’s worth it. One recycler in Magnitogorsk has been using the same machine since 2010, and it still processes 1,000 batteries a day.”

SURC also leads in research—they’re currently testing a new rotary furnace that uses solar power to reduce energy costs by 25%. “Chelyabinsk gets 2,000 hours of sun a year,” Morozov says. “Why not use it? We hope to launch the solar furnace next year—it could change the game for small recyclers.”