In 2026, WeiBeam completed a data management upgrade for molybdenum electrode production. Critical forming and sintering parameters are captured automatically, and production progress, equipment status and quality data can be viewed in real time, improving process reproducibility and quality management efficiency.
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Company news on molybdenum electrode product launches, process upgrades, quality-system maintenance and volume deliveries — covering product roadmap, custom solutions, sample requests, lead times and technical support response.
WeiBeam · Electrode solutions for high-temperature melting
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WeiBeam has completed an upgrade of its molybdenum electrode process support and supply chain coordination, raising delivery capacity for large-diameter rod and plate electrodes. Backed by standardized quality management and batch traceability, this supports stable supply for glass, fiber and rare-earth customers.
Before a custom electrode order is placed, drawing confirmation often goes back and forth because datums, tolerances and notes are unclear. WeiBeam has compiled the common questions on dimensional datums, tolerance fits and service-condition notes to shorten technical communication and raise the first-time confirmation rate.
Building on its pure molybdenum electrode line, WeiBeam has added lanthanum-doped molybdenum electrodes and TZM (titanium-zirconium-molybdenum) alloy electrodes, aimed at duties that demand higher high-temperature strength and longer replacement cycles. Together with the existing specially processed pure molybdenum electrodes they form a complete portfolio from routine electric boosting to demanding full electric melting, with standard-size samples (1-2 pieces per company, freight collect).
In 2026, WeiBeam's quality traceability system went live, linking data across the entire molybdenum electrode flow from raw material batch, forming and sintering through to machining and outgoing inspection, so customers can query the production and test records behind the code supplied with each shipment.
How much to stock before a maintenance shutdown and when it should arrive are the questions customers ask most often. WeiBeam answers from three angles, consumption estimating, specification mix and lead time, and explains how a spare parts plan can be aligned with the maintenance window to cut waiting time.
- WeiBeam Launches New Molybdenum Electrode Series Covering More High-Temperature Melting Applications
WeiBeam has released a new generation of high-performance molybdenum electrodes covering glass melting furnaces, ceramic fiber, glass fiber, rare-earth electrolysis and crystal growth, with specialty manufacturing processes and a complete electrode solution from selection to delivery.
In 2026, WeiBeam hosted a glass electric melting technical seminar, inviting glass producers, design institutes and furnace engineering experts to discuss all-electric melting adoption, electric boosting conversions and electrode selection and maintenance, and the path to energy saving and carbon reduction in furnaces.
Recycling spent molybdenum electrodes is not only about sorting and packing; the weighing basis, quotation factors and settlement milestones also affect the final return. This article reviews the key steps of the commercial process to reduce handover disputes.
In autumn 2026, WeiBeam exhibited its molybdenum electrode products and selection guidance for glass furnace electric boosting at the International Glass Industry Exhibition, exchanging furnace operating conditions and electrode experience with many domestic and international glass producers and collecting a number of cooperation leads.
Responding to the delivery checks customers ask about most often, WeiBeam has organized documents, appearance and dimensions, and nonconformance feedback into self-inspection points, so receiving staff can work step by step and reduce back-and-forth caused by incomplete information.
In the first half of 2026, WeiBeam formally established its Customer Service Center, bringing sales, technical and quality resources together to give molybdenum electrode customers full-life-cycle support, from selection advice and installation guidance to usage tracking and rapid response.
In 2026, WeiBeam signed a strategic cooperation agreement with a domestic refractory manufacturer to develop joint lining and electrode designs for glass furnaces and industrial electric furnaces, improving the match between molybdenum electrodes and refractories and offering customers an integrated masonry solution.
WeiBeam reports that TZM (titanium-zirconium-molybdenum) alloy electrodes were successfully trial-produced in 2026. Sample testing shows higher high-temperature strength and creep resistance than pure molybdenum electrodes, offering a new option for long-life electrodes in higher-temperature, higher-load melting duty.
In 2026, WeiBeam officially launched a molybdenum electrode recycling program that takes back spent electrodes and machining offcuts from customers, offers price credits and invoice offsets, and raises molybdenum resource efficiency through sorting, inspection and reprocessing, lowering total cost of use.
In 2026, WeiBeam's technical team visited several rare earth smelting enterprises to discuss molybdenum electrode wear patterns, current efficiency and cell condition maintenance in molten salt electrolysis cells, collecting frontline data to keep improving electrode configuration.
In 2026, WeiBeam completed process and equipment upgrades in molybdenum electrode forming, sintering and machining. Machining consistency for large-diameter rod and thick plate electrodes improved, and lead times for custom sizes shortened further.
WeiBeam's annual employee skills competition closed in late May 2026, with events covering the full molybdenum electrode flow from powder forming and high-temperature sintering to precision machining and finished-product inspection. Staff from production, quality and equipment roles took part, driving training and learning through competition and further strengthening manufacturing fundamentals.
In summer 2026, a batch of large-format molybdenum electrodes manufactured by WeiBeam was delivered on schedule to a glass production base in the northwest for a furnace electric boosting conversion. Unit weights and external dimensions were achieved within the company's existing process capability, keeping the customer's ignition plan on track.