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HS Code |
303765 |
| Product Name | Chromic Acid Solution |
| Chemical Formula | H2CrO4 (in aqueous solution) |
| Appearance | Dark red or reddish-brown liquid |
| Odor | Odorless |
| Molecular Weight | 118.01 g/mol |
| Density | Approximately 1.20 - 1.30 g/cm³ |
| Solubility | Miscible with water |
| Ph | < 1 (strongly acidic) |
| Boiling Point | Decomposes before boiling |
| Oxidizing Properties | Strong oxidizer |
| Toxic | Highly toxic |
| Corrosive | Corrosive to skin, eyes, and mucous membranes |
| Color | Dark red |
| Hazard Class | 6.1 (Toxic) and 8 (Corrosive) under DOT regulations |
As an accredited Chromic Acid Solution factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Chromic Acid Solution is packaged in a 500 mL amber glass bottle with a secure, chemical-resistant cap and cautionary hazard labeling. |
| Shipping | Chromic Acid Solution must be shipped as a hazardous material in accordance with UN 1755 regulations. It should be packed in corrosion-resistant containers with secure closures, clearly labeled, and protected from damage. Avoid exposure to heat, incompatible substances, and moisture. Proper documentation and handling by trained personnel are required during transit. |
| Storage | Chromic Acid Solution should be stored in a tightly closed, acid-resistant container in a cool, dry, and well-ventilated area away from incompatible materials such as organics, alcohols, and reducing agents. It should be kept away from heat and direct sunlight. Clearly label the container and store it in a designated corrosive storage cabinet with secondary containment to prevent leaks or spills. |
Applications of Chromic Acid Solution in Industrial ManufacturingAs a long-standing manufacturer of chromic acid solution, we serve key industrial sectors where strict process control, traceability, and sustainable supply matter. This section details applied scenarios where our product delivers reliable chemical performance and integration value at scale. 1. Electroplating for Decorative and Functional Chrome CoatingsElectroplating shops and industrial finishing lines rely on chromic acid solution as the primary source of hexavalent chromium ions in decorative and hard chrome plating baths. The chemical’s purity and controlled chromate concentration determine bath stability, current efficiency, and surface finish quality. Technicians adjust dosing depending on bath age, current density, make-up recipes, and component geometry. This application requires close management of emission controls and rinse water recycling systems to comply with strict occupational and environmental regulations at each site. Industry compliance standards
Typical usage ratio
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2. Wood Preservation and Anti-Corrosive TreatmentsSpecialists in wood protection leverage chromic acid solution as an oxidation and fixative agent in the production of chromated copper arsenate (CCA) wood preservatives. The product acts to promote durable leaching resistance by binding active copper and arsenate species to wood fibers at a molecular level. Accurate blending prevents under-treatment and ensures preservative efficacy across industrial treatment cycles. Safe handling and abatement measures remain critical for staff safety and regulatory compliance in pressure impregnation plants. Industry compliance standards
Typical usage ratio
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3. Glass Polishing and EtchingGlass manufacturers and processors implement chromic acid solution for controlled polishing, etching, and surface cleaning of specialty glass substrates. The solution provides aggressive oxidation to remove organic residues, micro-scratches, and to modulate light transmission. Workers dilute and apply it under tightly controlled conditions, followed by thorough rinsing and neutralization. Disposal and recycling streams adhere to environmental protection mandates for hexavalent chromium. Industry compliance standards
Typical usage ratio
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4. Metal Surface Preparation and Passivation in AerospaceAerospace fabricators specify chromic acid solution for pre-bonding surface cleaning, corrosion inhibition, and aluminum passivation. Its application helps achieve uniform oxide layers for primer adhesion and extends airframe component life under demanding flight conditions. Operators monitor bath chemistry and temperature closely to comply with traceability and performance audit standards. Large-scale users operate closed-loop recycling and vapor extraction systems for workplace safety and effluent control. Industry compliance standards
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5. Catalyst Production for Organic SynthesisChemical synthesis plants use chromic acid solution to manufacture chromium-based oxidation catalysts for industrial processes. These catalysts require careful oxidation state control during precipitation, drying, and calcination stages to ensure batch-to-batch performance reproducibility. Plant QC teams analyze intermediate and final catalyst samples to verify chromium distribution and catalytic activity under actual process conditions. Industry compliance standards
Typical usage ratio
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Competitive Chromic Acid Solution prices that fit your budget—flexible terms and customized quotes for every order.
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Tel: +8615365186327
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Every day on our production floor, we see what chromic acid solution can do. This isn’t a vague chemical on a safety data sheet; it’s a powerful tool with a distinct personality. Years of managing reactions, troubleshooting pipelines, and producing batches for clients mean we know it from the inside out. Here in the plant, our hands shape its characteristics. We blend the solution from solid chromium trioxide, dissolve it with deionized water, and monitor the exothermic reaction firsthand. Pure efficiency in process control is necessary. You cannot risk impurities or sloppy measurements. Rigor in manufacturing isn’t just about paperwork — it protects every downstream process, whether our customer is a chrome plater, a laboratory analyst, or a glass etcher.
Most buyers ask for 20–38% chromic acid solution, but that range means nothing unless you’ve handled large-scale mixing. We run multiple models: 25%, 28%, 32%, and custom concentrations on request. Differences between them stem from subtle needs in plating throw, etching rate, decontamination levels, or analytical accuracy. The solution is deep ruby-red, almost viscous at higher concentrations. Without tight controls on water quality, we’d risk contaminant ions throwing off performance or damaging expensive industrial parts. Our operators check each batch for refractive index, titrate for true chromic acid concentration, and scan for residual trivalent chromium or dissolved impurities. If you’ve ever watched a glass electrode dance in a deep red beaker, you know how rewarding consistent quality feels. Custom blends aren’t just marketing — they’re the result of listening to plant managers who know their tanks, their rinse water, and their tolerances for off-spec supplies.
We hear from chrome platers who rely on uniform deposits on truck parts, aerospace fits, or specialty tools. They need consistent solution strength because one drop in acid levels and their whole rack will show cloudy or streaked pieces by morning. Chromic acid solution is also in the toolbox of glass etchers, who use it for achieving ultra-clean, micro-roughened surfaces on optics, labware, or display panels. In analytical chemistry, people count on its strong oxidizing nature to break down organic residues — crucial for trace metal determinations or cleaning sample vials between tests. We’ve tailored delivery methods for small-batch research labs and bulk buyers alike, shipping in high-density polyethylene drums because metal containers risk dangerous reactions. Every shipment is a lesson in logistics and hazard control, not just a cargo on a manifest.
Decades ago, chromic acid solution earned a reputation as a go-to for plating, etching, and cleaning. Processes in metallurgy and surface finishing benefited from its aggressive oxidizing action. We’ve seen alternatives come and go — persulfates, permanganates, even new organic oxidizers — but none match chromic acid’s efficiency in specific roles. The main alternatives either underperform or introduce new hazards, inefficiencies, or costs. In hard chrome plating, substitutes give lower hardness or sped-up wear. In lab cleaning, most operators still ask for our solution, simply because it cleans tight glassware better and faster.
Chromic acid solution, as everyone in industry knows, carries serious environmental and health risks. The pressure isn’t theoretical. Regulations for hexavalent chromium have grown stricter every year. We don’t ignore this reality — our manufacturing incorporates closed handling systems, air scrubbers, effluent monitoring, and automated dosing. We never forget the difference between making chemicals in a spreadsheet and doing it with living, breathing operators. Chromic acid solution deserves respect in use, from well-fitted acid-resistant PPE to dedicated spill response plans. Plating tanks in our customers’ plants often come with robust local exhaust, scrubbers, and rigorous disposal protocols. We advise every plant that chromic acid is not a casual material — the cost of safe handling always outweighs cutting corners.
Having worked with technical auditors and specialty labs ourselves, we know that not all chromic acid solutions leave the reactor with the same properties. Process water quality, chromium trioxide source, blending methods, and batch analytics all change the final product. Clients have told us how off-brand or poorly controlled batches led to plated parts with uneven thickness, pitting, or color variation. If you see powder settling or cloudiness at the bottom of the drum, you’re not just looking at an aesthetic problem — impurities can fundamentally disrupt plating, cause blocked jets in etching lines, or lead to false negative results in lab procedures. This is why we maintain our own purification and blending facilities on-site, invest in automated feedback controls and inline sampling. Cutting corners simply leads to material losses for the user, expensive downtime, and at worst, costly rework.
We’ve supplied chromic acid solution through industry booms and recessions. Repeat customers aren’t looking for the cheapest acid by the barrel. They know our batches land with reliable titers, clean appearance, and full traceability. They talk to our technical staff, not just sales lines, and have us tweak concentration or packaging for their process. A plating plant running around the clock can’t risk downtime from inconsistent supplies or surprise contamination. When an optics lab stocks our drums, they’re looking for batch certificates and real answers to technical questions, not marketing checkboxes. We’ve walked new users through safe transfer, secondary containment measures, and even batch-specific usage nuances. Our expertise isn’t background noise — it’s the difference between a lost day of production and a steady, repeatable workflow.
Through our years of production, we’ve supported traditional decorative chrome plating on faucet fixtures, automotive trim, and aerospace landing gear. Hard chrome plating needs a specific solution — the acid not only serves as the plating medium, but it sets up cathodic efficiency and deposit thickness in a way no alternative can fully substitute. Engine rebuilders use our solution for oxidation in cleaning tanks. The glassware industry purchases our higher-concentration batches for etching custom glass shapes. Quality control labs order low-volume aliquots for organic residue oxidation in trace element analysis.
On an industrial scale, we field requests from tanneries seeking controlled oxidation in leather finishing, and from electronics firms using chromic acid to roughen substrates before film deposition. Each sector speaks a different language, but the core need is the same: batch-to-batch reproducibility, purity, and precise strength. We talk directly with process engineers, not indirect brokers, so they get a product that fits their reality, be it batch plating or continuous flow.
You don’t find us sending loose drums or ignoring transport hazards. Our plant packs chromic acid solution in heavy-gauge, sealed containers with non-reactive linings. Staff at shipping points know the difference between loads for a local lab and those for a plating plant with weekly turnovers. We ship with all UN-compliant labeling and full emergency instructions tucked into every delivery, because there's too much at stake for any guesswork. We test containers for long-term compatibility and monitor for even the slightest sign of leaks in our holding areas. We constantly upgrade storage protocols based on real incidents, not theoretical concerns — including double-walled containment, staff training in emergency acid spill cleanups, and segregating chromic acid from reducers and organics.
Every now and then, we get a call about unexplained shelf precipitation, tank fouling, or sudden shifts in oxidation rates. These calls become our improvement projects. By analyzing both in-plant and customer sample returns, we identify microscopic sources of chloride, sulfate, or organic contamination. Over time, our staff has built practical guides for safe tank maintenance. We've helped several plating plants recover from "mysterious" tank failures, traced back to supplier blends cut with cheaper grades of chromic acid or water. We’re always happy to provide batch records and lab reports because traceability isn’t an abstract goal — it’s our answer to customer headaches.
We don't ignore the rising demand for alternatives. Compliance with global environmental regulations drives real process changes; in some regions, we’ve even collaborated with users converting lines to trivalent chromium or sulfamate-based solutions. Some industries have moved to less aggressive acids or new organic solvents. The truth stands: for critical hard chrome plating, glass etching, and laboratory oxidation, users still return to chromic acid solution for sheer performance. Its unique oxidation power shortens process cycles and raises yields; replacement costs for new systems or downtime far exceed the cost of safe chemical handling. No alternative matches its output at strict tolerances, so we invest in waste minimization, worker safety, and recycling tech instead of defending old habits for their own sake.
Handling chromic acid solution responsibly means taking responsibility for its life cycle. Our plant operates in-house chromate reduction and waste treatment facilities, bringing spent acid solutions down to safe levels before release or recycling. We collaborate with third-party recyclers to recover usable chromium from plating effluents and encourage customers to capture rinse streams for neutralization and chromium retrieval. In regions with tighter controls, we assist customers with resource-sharing programs to keep spent acids out of landfills. Over time, we have reduced average discharge chromium levels by more than 80%, and continue to share updates with customers who track environmental compliance closely. Sustainability doesn’t mean greenwashing. It means closing loops, reducing exposure, and using technical know-how for real results.
Quality separates one barrel from another. Years at the factory have shown us where mistakes creep in — inconsistent temperature control, regional water contaminants, skipped batch checks, or casual mixing. Our analysts test every batch for targeted concentration, residual trivalent chromium, and trace matrix elements before release. This rigor isn’t for show; it shields users from customer returns, failed parts, or accidental environmental releases. We track every batch from solid chromium trioxide raw material through blending, packing, and shipping, so users tracing product history get real answers. While some bulk supplies in the market seem interchangeable, the difference shows on the production line in waste rates, downtime, and rework volumes.
Our customers are engineers, chemists, and plant managers. Their processes are unforgiving. They notice the practical difference between acid solutions prepared by careful hands and those treated as bulk commodity. They value our staff’s technical advice — whether calibrating dosing pumps or setting up vapor control. They watch their downtime shrink, yield climb, and safety events decrease. This feedback keeps us out of the abstract. It shapes how we run our plant every day.
Manufacturing isn’t static. Our in-house team constantly reviews process validation, runs side-by-side tests with new trivalent chromium blends, and seeks higher purity inputs for every new production cycle. Client feedback sometimes steers formula tweaks — one glassworks found they could cut etching cycle times by five percent with a minor shift in acid ratio, so we adjusted distribution just for them. R&D means not only following regulatory pressure, but developing safer packaging, longer shelf-life, and more precise measurement techniques for our batches. Each request and complaint leads to review meetings on the factory floor.
We record every deviation, incorporate best practices from industrial partners in Europe, Asia, and North America, and invest in new equipment that reduces batch-to-batch variability. When plating plants add real-time acid analyzers to their tanks, we help calibrate and train their teams. If a customer asks about optimizing process rinses to save on regulatory costs, we share the lessons from other users who cut water usage and effluent. We know that building trust means more than repeating generalities — it means showing, year after year, that improvements follow straight from real feedback.
Chromic acid solution isn’t a line in a catalog; it lives inside the processes of industries that keep modern society running. Our plant doesn’t just fill drums and ship them out — we shape the fortunes of plating shops, analytical labs, and glass works who depend on reliability to meet deadlines and standards. Safety, regulatory, and environmental pressures won’t go away, nor will pressure to develop new substitutes. But it’s the direct, experienced hand at the production line that keeps chromic acid solution a trusted tool. We will keep investing in clean production, practical safety, product purity, and transparent support because we know our customer’s names, their industries, and the stakes behind every order.
As new users weigh their options, we provide straight answers without glossing over risks, and as veterans of the trade rely on our consistency, we stay focused on the basic ingredients of trust: real expertise, proven results, honest feedback, and a commitment to better practices. Chromic acid solution will remain a staple so long as technical demands call for its performance. With our experience and commitment, users can face those challenges knowing their supplier stands ready not as a distant name, but as a partner with skin in the game.
