Leary Technology’s RMB 1.17 Billion Coated-Foil Plan Faces a Verification Gap

Leary Technology reportedly proposed raising up to RMB 1.17 billion through a private placement, but the headline figure comes with a significant verification gap. The reported financing plan names five uses, led by coated foil and specialized functional foil capacity. However, the company’s accessible exchange filings describe a much smaller completed placement from late 2025.

That conflict matters more than the proposed amount alone. A new RMB 1.17 billion program would represent a major expansion of Leary Technology’s battery-materials strategy. It would also follow earlier fundraising rounds whose manufacturing capacity is still moving through construction, qualification, and commercial adoption.

The central question is therefore not whether coated foil has a useful role inside batteries. It is whether Leary Technology has officially approved another large capital program, and whether customer demand can absorb the resulting capacity.

What the Reported RMB 1.17 Billion Plan Would Fund

The reported proposal combines manufacturing expansion with research, digital infrastructure, and working capital.

The news item says Leary Technology plans to issue shares to selected investors. This structure lets a listed company sell new shares to a defined group, subject to corporate and regulatory procedures.

The maximum reported proceeds are RMB 1.17 billion, including the upper limit. The item identifies five proposed destinations for that capital.

The largest industrial project would support annual production capacity of 60,000 metric tons of coated foil for new-energy applications. Coated foil is metal current-collector foil covered with a thin functional layer, often containing conductive carbon materials.

A second manufacturing project would add annual capacity for 36,000 metric tons of specialized functional coated foil. The brief does not provide enough technical detail to establish the planned product mix or its target customers.

The remaining uses would include a functional coating materials innovation center, a digital platform, and additional working capital. Together, these items suggest a broader plan than a single factory expansion.

The reported structure connects physical production with process development and operating support. That can help a manufacturer move formulations from laboratory testing into repeatable, high-volume coating processes.

Yet the allocation figures for each project were not included in the initial news brief. The brief also did not identify the board resolution, filing number, proposed share count, or intended issuance timetable.

Those omissions prevent a complete assessment of dilution, project economics, and financing conditions. They also make the underlying exchange filing especially important.

As of August 4, 2026, accessible public records reviewed for this article do not independently confirm the complete RMB 1.17 billion proposal. The latest readily available filings instead document a smaller issuance completed around the end of 2025.

That earlier financing involved 5,919,871 new shares and gross proceeds of approximately RMB 159.6 million. After issuance expenses, net proceeds were approximately RMB 153.8 million.

A March filing says the China Securities Regulatory Commission approved that transaction in December 2025. It also says the remaining proceeds reached the company’s account on December 30, 2025.

The same filing concerned a change to one project’s implementing subsidiary and location. Leary Technology proposed moving a new battery current-collector project from Foshan, Guangdong, to Shangqiu, Henan.

It said the project’s construction content, total investment, estimated economics, and schedule would remain unchanged. That disclosure shows the company was still adjusting an existing capital program during March 2026.

A new RMB 1.17 billion placement would therefore be a separate and substantially larger action. Readers should treat the reported plan as provisional until a matching board announcement and exchange disclosure become available.

Why Leary Technology Is Expanding Coated Foil

Leary Technology is trying to turn coating expertise into a larger position within the battery supply chain.

A battery current collector carries electrons between an electrode and a cell’s external circuit. Aluminum foil commonly serves that function on the cathode side of lithium-ion batteries.

Applying a conductive coating can improve contact between the foil and electrode material. The coating can also reduce interface resistance and support adhesion, depending on the chemistry and manufacturing process.

Leary Technology describes its coated aluminum foil as base foil covered with a functional nanoscale layer. Its product materials cite compatibility with lithium iron phosphate and several binder or solvent systems.

Those descriptions remain company claims, not independent performance comparisons. Actual results depend on coating formulation, thickness, uniformity, electrode design, and battery operating conditions.

The commercial attraction comes from this position between commodity metal foil and cell manufacturing. A qualified coated foil becomes part of a tightly controlled material system rather than a simple sheet of aluminum.

Battery manufacturers generally require suppliers to pass sampling, audits, process validation, and extended testing. That process can create durable customer relationships after qualification, but it also delays revenue from new equipment.

Leary Technology has pursued coated foil capacity for several years. In 2022, it disclosed a partnership connected with a planned 60,000-ton project in Henan.

The company and related participants were expected to hold a combined 80 percent interest in the project company. The estimated total project investment was approximately RMB 600 million.

Construction did not begin as a single 60,000-ton production release. The project was divided into phases, allowing output to increase alongside equipment commissioning and customer demand.

Leary Technology said part of the first-phase production lines began trial operation in July 2024. Its project update described cooperation with an affiliate of Henan Shenhuo Group.

That relationship offers an industrial logic. A coating specialist can locate operations close to an upstream foil producer, reducing coordination costs and supporting material consistency.

The company has also operated a 12,000-ton coated-foil project in Foshan. Its 2025 annual disclosures indicate that earlier fundraising projects, including the Foshan plant, had already been formally completed.

This history explains why the newly reported plan deserves scrutiny. The 60,000-ton description resembles an existing Henan project that Leary Technology began developing years earlier.

The proposed use of proceeds might refinance, expand, or continue that program. It might also refer to a differently scoped investment using the same capacity description.

Without the underlying 2026 proposal, readers cannot safely assume the full 60,000 tons represents entirely new capacity. The distinction changes any estimate of incremental output and market pressure.

The reported 36,000-ton functional foil project broadens the story beyond one battery material. Functional coating can give foil electrical, chemical, mechanical, or protective properties suited to different energy-storage systems.

Leary Technology’s public materials discuss lithium-ion, sodium-ion, semi-solid, and solid-state battery applications. Each chemistry creates different demands for interfaces, conductivity, adhesion, and stability.

A company presentation from January 2026 said Leary Technology had developed solid-electrolyte coatings and safety-oriented functional coatings. It also claimed supply-chain entry with Yaoning New Energy and QingTao Energy.

The battery materials update used those relationships as evidence of market progress. It did not provide shipment volumes, revenue contributions, or customer concentration data.

That difference is crucial. Passing into a supply chain can mean qualification, trial orders, limited production, or broad commercial adoption.

A large capital program would signal confidence that those relationships can move toward sustained volume. It would not prove that such volume has already arrived.

Existing Capacity Creates the Real Pressure

Leary Technology’s challenge is converting installed capacity into qualified orders before another expansion increases fixed costs.

The strongest evidence comes from the company’s earlier financing documents. Those records openly described the risks surrounding its coated-foil strategy.

During the first half of 2023, Leary Technology reported coated-foil capacity utilization of 39.41 percent. It attributed that level partly to a rapid capacity increase after four new production lines were completed.

Order releases did not immediately match that increase. The company had only 226.99 metric tons of coated-foil orders on hand as of June 30, 2023.

Those figures are historical, so they do not establish utilization in 2026. They do show that capacity construction and commercial absorption have previously moved at different speeds.

The company’s earlier prospectus also estimated customer qualification periods of six to 18 months. Timelines varied by battery producer and application.

That lag makes coated foil a difficult expansion business. Equipment can be installed months before a customer finishes validation, while depreciation and operating expenses continue accumulating.

Leary Technology estimated that its 60,000-ton project would add approximately RMB 23.53 million in annual depreciation after reaching full capacity. The project’s planned construction investment included buildings, equipment, and installation.

A new financing program would amplify that operating equation. More capacity improves potential scale, but only if qualification and sales volumes rise quickly enough.

The pressure does not come from one named rival. It comes from the gap between manufacturing ambition and verified customer demand.

Conventional battery foil suppliers can sell untreated or differently processed products into established supply chains. Coating specialists must prove that their added process creates enough value to justify qualification and procurement changes.

Battery manufacturers can also influence the boundary between suppliers. Some might purchase coated foil directly, while others can coordinate coating through separate processors or internal production systems.

Leary Technology’s response is an integrated materials offering. The company has promoted a combination of coated foil, carbon-nanotube conductive slurry, and functional film materials.

That bundle could simplify engineering coordination for customers. It could also give Leary Technology more opportunities to participate in each battery design.

However, a wider product portfolio creates more qualification work. Every material must meet customer-specific requirements and maintain consistency across high-volume production.

The reported innovation center fits this problem. Laboratory formulations have limited commercial value unless engineers can transfer them into stable coating speeds, thicknesses, and yields.

A digital platform could support production traceability and process control. It might help teams link raw-material batches, equipment conditions, quality results, and customer specifications.

Still, the news brief does not describe the platform’s architecture or expected operating benefits. It should not be treated as a proven productivity improvement.

The capital decision also puts pressure on shareholders. A private placement increases the share count unless offset by other capital actions.

The effect depends on the final issuance size, subscription price, investor list, and resulting ownership structure. None of those details were available in the initial report.

Leary Technology completed a smaller placement only months before the reported RMB 1.17 billion proposal. Another transaction would require a clear explanation of why existing resources are insufficient.

Investors should look for a detailed capital bridge. That bridge should separate remaining spending on older projects from genuinely new investment.

It should also show how much capital goes to production equipment, buildings, research facilities, digital systems, and working capital. Each category carries a different return profile.

Manufacturing equipment can create measurable capacity. Research centers produce less predictable returns, while working capital supports operations without guaranteeing higher margins.

The investment case therefore rests on execution rather than the headline amount. Raising more capital does not resolve qualification delays, utilization risk, or product pricing pressure.

What the Numbers Still Do Not Show

The reported plan lacks the details needed to determine whether it is an expansion, a restructuring, or a repackaging of existing projects.

The first uncertainty is regulatory status. A Chinese listed company normally publishes board decisions and financing documents through its exchange disclosure channels.

A complete proposal should identify its authorization path, issuance method, maximum share count, use-of-proceeds schedule, and validity period. Subsequent review and registration steps can change timing or size.

The 36Kr item provides a useful research lead, but it cannot replace those documents. The underlying filing is necessary for any definitive account of the transaction.

The second uncertainty concerns project overlap. Leary Technology already has a 60,000-ton coated-foil program in Henan.

Part of that project entered trial production in 2024, while later company updates discussed continued construction. The new report uses the same annual capacity figure.

That repetition does not automatically make the report wrong. Financing plans often support projects that started with self-funded capital before proceeds arrive.

However, the company must clarify whether the proposed funding covers an existing plant, another phase, or a separate production base. Otherwise, readers could double-count planned capacity.

The third uncertainty is demand. Historical customer and industry capacity forecasts do not equal binding coated-foil orders.

Leary Technology previously identified several battery and energy-storage companies as customers or partners. It also disclosed that its order book remained modest during the earlier ramp.

The company’s 2025 annual report offers a more recent baseline. It records prior fundraising activity and the completion status of earlier projects.

That report says the 2022 placement raised approximately RMB 121 million before expenses. It also documents the 2025 placement that produced approximately RMB 153.8 million in net proceeds.

Together, those rounds are still far smaller than the newly reported RMB 1.17 billion ceiling. The scale difference requires more than a general statement about battery growth.

A credible proposal should quantify existing capacity, capacity under construction, utilization, customer validation stages, and expected ramp timing. It should also disclose assumptions behind forecast returns.

The fourth uncertainty is profitability. Coated foil sits within a battery supply chain known for demanding customers and continuing cost pressure.

Higher shipment volume can improve factory utilization, but it does not guarantee stronger margins. Product pricing, energy costs, raw materials, yields, and customer concentration all affect returns.

Specialized functional products could command better economics than basic coated foil. That advantage depends on defensible formulations and repeatable performance.

Leary Technology’s expansion also carries balance-sheet and dilution considerations. New equity can reduce reliance on debt, yet it spreads future earnings across a larger share base.

The outcome depends on whether funded projects earn returns above the company’s cost of capital. That cannot be evaluated without the proposed investment budgets and financial forecasts.

There is also a timing risk. Battery technologies are changing while material suppliers commit to long-lived factories.

Lithium iron phosphate remains important across electric vehicles and stationary storage. Sodium-ion and solid-state systems introduce new material requirements, but commercial ramp schedules remain uneven.

Flexible coating lines can reduce this risk if they handle several foil types and formulations. That flexibility must be demonstrated through equipment specifications and qualified products.

The company’s technical center could help adapt coatings as customer requirements change. Yet research spending only becomes commercially meaningful when it produces validated, manufacturable materials.

Readers should therefore resist two opposite conclusions. The reported placement neither guarantees a successful scale-up nor proves that demand is weak.

It indicates an ambitious capital direction whose official scope remains unresolved. The evidence needed to judge that direction must come from filings, contracts, utilization, and financial results.

Three Signals That Will Confirm or Weaken the Strategy

An exchange filing, customer-backed utilization, and disciplined project spending will determine whether the reported expansion deserves confidence.

The first signal is a formal financing announcement. Investors should look for a board resolution and a complete private-placement proposal on the Shanghai Stock Exchange disclosure system.

That document should confirm the RMB 1.17 billion ceiling and list each project allocation. It should also explain whether the 60,000-ton facility is existing, expanded, or new.

A matching filing would strengthen the basic claim and establish the transaction’s actual date. A missing or materially different filing would weaken the report.

The proposal should also disclose the maximum number of new shares and relevant issuance limits. Those terms would allow shareholders to estimate potential dilution.

The second signal is evidence of commercial absorption. The most useful figures are coated-foil utilization, shipments, qualified customer programs, and revenue from new-energy materials.

A customer name alone offers limited visibility. Investors need to know whether Leary Technology is supplying samples, pilot quantities, or recurring production volume.

Rising utilization across existing Foshan and Henan capacity would support another expansion. Persistently low utilization would make additional fixed investment harder to defend.

The company should also separate customer qualification milestones from orders. Passing a technical test is meaningful, but it does not always produce predictable procurement volumes.

Management commentary around the 60,000-ton Henan project will be especially important. Trial production began on part of the first phase in 2024, creating enough operating history for clearer disclosure.

Readers should watch whether later phases enter production on schedule. They should also track whether the company reports stable yields and sustained customer deliveries.

The third signal is spending discipline. A large financing package covering factories, research, software, and working capital needs transparent milestones.

The company should report construction progress, committed capital, equipment installation, trial production, and transferred funds. It should explain significant changes in timing or location.

Its March 2026 decision to move a current-collector project from Foshan to Shangqiu illustrates why this matters. Location changes can improve industrial coordination, but they can also affect schedules and execution.

A disciplined company will distinguish strategic adjustments from delays. It will connect each change to procurement, customer proximity, upstream materials, or operating efficiency.

Future financial reports should show how added depreciation compares with new revenue and gross profit. That relationship will reveal whether utilization is keeping pace with investment.

Investors should also monitor operating cash flow and working-capital requirements. Fast manufacturing growth can consume cash through inventory and receivables before reported earnings translate into liquidity.

For battery customers, the key issue is supply reliability rather than capital-market structure. They need consistent coating quality, traceability, delivery performance, and rapid support during cell qualification.

For competitors, the proposal signals an attempt to scale an integrated materials model. That model combines coated current collectors with conductive and functional materials.

For technology buyers and researchers, the story offers a broader lesson about advanced materials. A useful formulation is only the starting point.

Commercial success requires production control, customer validation, and enough demand to keep expensive equipment operating. Each stage creates a separate bottleneck.

The reported RMB 1.17 billion placement would give Leary Technology more resources to address those bottlenecks. It would also increase the cost of getting its demand assumptions wrong.

The next official disclosure should settle the immediate verification question. After that, utilization and customer-backed shipments will matter more than the fundraising headline.

Readers following the Leary Technology report should ask three direct questions: Is the financing formally filed, how much capacity is truly incremental, and which customers will use it? Those answers will show whether this is a credible industrial scale-up or another production plan waiting for demand.