|
HS Code |
705035 |
| Chemicalname | Calcium Formate |
| Chemicalformula | Ca(HCOO)2 |
| Molarmass | 130.12 g/mol |
| Appearance | White crystalline solid |
| Solubilityinwater | 16 g/100 mL at 20°C |
| Meltingpoint | 300°C (decomposes) |
| Density | 2.02 g/cm³ |
| Odor | Odorless |
| Phvalue | 7-8 (10% solution) |
| Casnumber | 544-17-2 |
| Einecsnumber | 208-863-7 |
| Stability | Stable under normal conditions |
| Boilingpoint | Decomposes before boiling |
| Solubilityinethanol | Slightly soluble |
As an accredited Calcium Formate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Calcium Formate is securely packaged in a 25 kg white polyethylene bag, clearly labeled with product name, purity, and safety information. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for Calcium Formate: Typically 22-25 metric tons packed in 25kg bags on pallets for safe, efficient transportation. |
| Shipping | Calcium Formate is typically shipped in tightly sealed, moisture-proof bags or drums to prevent contamination and caking. It is transported as a non-hazardous material under standard shipping regulations. Proper labeling and documentation are required, and storage should be in a cool, dry, and well-ventilated area to maintain product quality. |
| Storage | Calcium formate should be stored in a cool, dry, well-ventilated area, away from moisture and incompatible substances such as strong acids and oxidizers. Keep the container tightly closed when not in use to prevent contamination and absorption of water. Use corrosion-resistant packaging, and avoid storing it near sources of ignition or direct sunlight to maintain its stability and effectiveness. |
| Shelf Life | Calcium Formate typically has a shelf life of 2 years when stored in a cool, dry, and well-sealed container. |
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Purity 98%: Calcium Formate with purity 98% is used in cement acceleration for cold-weather concreting applications, where it accelerates hydration and reduces setting time. Particle Size 20 mesh: Calcium Formate with particle size 20 mesh is used in tile adhesive formulations, where it ensures uniform dispersion and improved bonding strength. Moisture Content <0.5%: Calcium Formate with moisture content less than 0.5% is used in animal feed preservatives, where it enhances product shelf-life by minimizing clumping and microbial growth. Melting Point 300°C: Calcium Formate with a melting point of 300°C is used in leather tanning processes, where it maintains thermal stability and prevents decomposition during high-temperature treatments. Water Solubility 16g/100mL: Calcium Formate with water solubility of 16g/100mL is used in concrete admixtures, where it rapidly dissolves to deliver consistent acceleration effects. Heavy Metals ≤10ppm: Calcium Formate with heavy metals content not exceeding 10ppm is used in food-grade processing aids, where it ensures compliance with safety standards and avoids contamination. Stability Temperature 200°C: Calcium Formate with stability up to 200°C is used in oil drilling fluids, where it maintains chemical integrity under elevated downhole temperatures. Molecular Weight 130.11 g/mol: Calcium Formate with molecular weight 130.11 g/mol is used in de-icing agents for airport runways, where it provides effective melting performance with minimal environmental impact. Free Flowing Granules: Calcium Formate as free flowing granules is used in powder blending operations, where it facilitates easy handling and uniform mixing. pH Value 7.0-7.5 (1% Solution): Calcium Formate with pH value 7.0-7.5 for a 1% solution is used in industrial wastewater treatment, where it maintains neutral pH and supports regulated discharge compliance. |
Competitive Calcium Formate prices that fit your budget—flexible terms and customized quotes for every order.
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Tel: +8615380400285
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At our plant, every ton of calcium formate starts as a commitment to chemical quality. Our teams source raw calcium carbonate, which enters a tightly controlled reaction with formic acid. What comes out—anhydrous, white crystalline powder—represents years of refining the production line, real-world troubleshooting, and daily vigilance. Our typical model delivers purity levels of over 98%, and moisture stays well below 0.5%. This focus on quality isn’t marketing talk; it’s what supports reliable setting times in concrete, dependable feed additives, and safe materials for leather or tile applications.
We have watched the market shift from viewing calcium formate as a specialty additive to recognizing it as a critical building block. That’s nothing abstract. Before any pallet leaves our facility, human hands and experienced eyes verify batch consistency. Engineers routinely check particle size—on average, 80-90% passes through a 100-mesh sieve—since anything coarser or finer can upset downstream processing. Our operators have learned that a deviation in calcium formate’s specifications impacts usage on the customer’s end, whether they’re adjusting a concrete accelerator dose or managing feed supplement inclusion rates for livestock.
We have supplied calcium formate to tile adhesives producers, concrete plants, tanneries, and animal feed producers across several continents. Each sector brings its own challenges. In construction, the need is often straightforward: accelerate setting under cold or damp conditions without corroding the rebar or affecting the concrete’s integrity. After field testing, site managers trust calcium formate to deliver consistent results, pack after pack, even as temperatures drop or site conditions turn unpredictable. We learned early on to maintain low chloride content—well under 0.03%—because any higher, and metal reinforcements start suffering. These aren’t textbook lessons, but things learned under the pressure of keeping jobsites running.
In the animal feed world, most customers watch the flowability and dustiness closely. If powder clumps or feeds produce excess dust, operators lose time and animals won’t benefit fully from the supplement. We manufacture with a specific attention to anti-caking properties so dosing remains smooth and the additive integrates into compound feeds easily. Years ago, a few runs left the mill with excessive fine particles. We heard back promptly: feed lines jammed, storerooms filled with airborne dust, and the cost of reformulation couldn’t be ignored. Improvements in our milling and sieving line followed, not out of theory but necessity.
Nobody calls after a shipment because the label looks nice. They call because something measurable works—as promised, in a busy plant or barn. This is the perspective often missing from chemical catalogs and databases. For calcium formate, the story revolves around purity, particle size, and moisture content. Purity above 98% keeps calcium and formate ratios consistent. Too much moisture, and unintended caking spoils long-term storage or disrupts automated dosing lines. Over the years, we’ve adjusted storage recommendations and implemented tighter sealing practices to keep each bag on the right side of spec. These habits didn’t grow out of textbook reading but from years of feedback and hands-on corrections.
The source of these learnings always returns to our buyers: feed mill operators, cement mixers, or tanners. Some manufacturers cut corners on washing and drying steps, believing product will “work out” once mixed. We have seen the difference: powder from well-managed lines pours smoothly, blends quickly, and maintains shelf life—avoiding dodgy corners that lead to callbacks or reworks. Every new hire at our plant spends time understanding this cycle. Meeting spec is about more than meeting numbers—it keeps partnerships alive.
People often approach us wanting to know what sets calcium formate apart from common accelerators or preservatives. Experience teaches that comparisons go deeper than datasheets can show. Take sodium formate: cheaper, but raises soluble salts in concretes or feeds. High sodium content cuts open the door to corrosion and long-term durability issues. We’ve seen costs spiral in projects where initial savings gave way to complaints about steel corrosion. Calcium chloride is another alternative, popular for quick strength gain in concrete, but chloride brings rust risk and isn’t allowed in situations where rebar must not corrode. Regulations bear down hard on chloride levels for this reason, and warranties can turn void if standards are breached.
We’ve supported teams who tried to work around with lower-grade calcium sources or blends, thinking they could temper price with substitutions. In practice, it’s rare for substitutes to match true calcium formate’s performance in diverse humidity and temperature ranges. Subpar accelerators or preservatives cut corners on key characteristics and lead to complaints about uneven curing or animal health issues down the line. Experience reminds us that the question isn’t about whether “cheaper” works, but whether it holds up across the real conditions our customers face. We maintain our manufacturing focus so no one needs to cut corners or guess about performance.
Calcium formate’s reputation rides on its reliability. On every busy jobsite, in each production shift at a feed mill, on the stages of raw leather processing, consistency can't be compromised. We’ve watched contractors facing tight schedules rely on our material to keep concrete projects on track through cold snaps. Feedline operators, pressured by demanding animal welfare standards, require additives that stay functional from warehouse to trough. Our production runs adapt to the fact that even a minor shift in specifications will cascade outward—causing downtime, extra costs, or, more critically, lost trust.
Our clients in the tile and construction industry see day-in, day-out how rapid setting improves productivity. Calcium formate pays for itself when laborers wrap up projects faster. Adhesive manufacturers trust it to pair rapid bond strength with good open time, crucial for complex installations and unpredictable weather. Our research teams continue to trial the latest blend tweaks, working with universities and customers to optimize outcomes in flooring, grouting, and repair compounds. Over the years, we’ve seen steady jobs, high margins, and long-term business handed out to those ready to prove ongoing reliability—not just initial cost.
Leather tanneries work with us for different reasons. During leather processing, formic acid alone is too aggressive and risks damaging the hide structure. Calcium formate acts as a gentler pH stabilizer, and over time, we have tweaked our product’s buffering action to meet precise needs in deliming and pickling. Our partners in the leather industry report not just savings—less hide loss, lower chemical burns, and a more flexible final product.
Nothing in chemical manufacturing should remain static. In more than twenty years of supplying calcium formate, our process has changed—sometimes forced by crisis, often improved by customer insights. Recurring feedback pushes us to look again at everything from source mining hygiene to final bagging. At one point, a partner in the ready-mix business flagged an uptick in inconsistent concrete set times. Our blend had shifted slightly, because we had switched suppliers for calcium carbonate. That small substitution cost us both wasted batches and trust until we returned to our original, tightly specified stock. Since then, we double-check each lot, measure impurity levels at every stage, and only sign off if properties match our best runs. Most improvements in our line trace back to moments like this. The difference is sensed long before any technical sheet can confirm it.
In animal feed, resellers used to accept rough blends. Now, those days are gone. Feed regulators, both local and international, audit feed plants. As producers ourselves, we can’t afford dust complaints or animal health problems. We work on reducing dust by modifying our grinding and sieving—and field reports from end users continue to be our best metric. Additive performance in the field beats any lab summary.
Governments, large feed companies, and construction groups scrutinize every shipment of chemical additives. We have had shipments flagged by customs agents or independent auditors. Regulations on chloride, heavy metals, and residual formic acid shift annually. Our site handles this shifting ground by keeping up with updates, investing in new analytical equipment, and building partnerships that help us see early where the next shift may land. We run QC daily, not blindly, but to guard against having to answer for a badly timed shipment. Surviving as a manufacturer means anticipating this scrutiny and maintaining consistent records and procedures.
Whenever a new set of standards comes into force—such as tighter thresholds for heavy metal traces in feed—we work with our partners to adjust upstream procurement and downstream blending. We have rejected suppliers with better prices if they can’t provide the full documentation or if their raw materials carry contamination risk. The safety of the livestock, the construction site’s warranty, or the finished leather’s shelf life all hang in the balance.
Markets change. Demand for calcium formate sees a surge every cold snap when concrete pours jump in northern climates, or when feed regulations shift and producers look to bolster animal gut health. As a direct manufacturer, our goal is stability. We run extra shifts during peak seasons and maintain inventory buffers to keep from letting down repeat buyers who rely on us to bridge tight windows. High demand doesn’t justify cutting procedural steps; if anything, it makes process control more important.
Sourcing and logistics remain constant headaches. Global supply chain shifts—pandemics, shipping delays, raw material shortages—force manufacturers to think two steps ahead. Our purchasing team plans 6-12 months ahead, locks in mineral availability, and hedges for energy price swings. Relationships with upstream partners become more valuable as pressures rise. If shipment fees spike or a single link in the supply chain fails, the whole downstream process wobbles. Through it all, our loyalty sits with buyers who weather volatility alongside us, trusting in regular supply and open lines of communication.
As the market grows more competitive, there’s pressure to cut corners—relax specifications, grab cheaper raw materials, stretch capacity. Years in the field taught us any short-term gain there costs dearly in reputational loss and customer headaches. Word travels fast if an additive supplier gets a reputation for unreliable supply or variable product. We live in this industry, too, sharing in those wins and losses.
We see patterns in the problems customers face and have structured our plant to help solve real-world challenges. In construction, rapid cold-weather setting has driven custom formulation: we can offer calcium formate blends tailored for use in sub-zero pours or adjust the mesh to suit premix and bagged dry-blend applications. Feed producers come to us looking for not just calcium formate, but service—troubleshooting caking, learning about safe blend levels, or seeking support with global compliance documentation. Our research and regulatory staff work side by side because compliance is a moving target and needs constant adjustment.
Our industry calls for open, direct communication with end users. We support builders on site, provide mixing tips based on observations, and respond if a run of bricks fails to set on time. We field calls from agriculture clients who want to vary mineral content based on seasonal requirements or animal growth stages. Years spent in direct conversation with real users, not just distributors, means we address concerns sometimes before they’re spoken. This isn’t just customer service—it’s a cycle of feedback that keeps us improving year after year.
The needs of our buyers shape the future direction of our production. Environmental expectations keep rising: construction customers look for ways to reduce the embodied energy of cementitious mixes, while farmers expect high-animal-health performance with minimal residues. We continue to invest in process updates that lower our own energy footprint, and develop tighter filtration stages that keep heavy metals and other impurities away from our finished goods. Our R&D team works on more soluble, less dusty blends—a direct result of learning from feedmill operators who need more efficient dosing and minimal line maintenance.
Interdisciplinary research pushes us to test new uses for calcium formate, from soil improvement to biogas production. In these new fields, purity and consistency matter just as much as they do in our established markets. We bring the same mindset—a focus on quality and honest dialogue with end-users—to every new project.
Manufacturing calcium formate isn’t just about hitting target specs. It’s about forming relationships with the people who mix, pour, grind, or feed the end product. We take pride in learning directly from those customers, stepping up our own procedures when their needs shift, and respecting that in a crowded market, trust can’t be bought with discounts. Over the years, our reputation hasn’t followed from marketing language, but from facing problems together—on the factory floor, the jobsite, or the farm.
Every batch out the door carries our reputation. Our calcium formate lines don’t run on autopilot. They evolve through careful review, adaptation to feedback, and a focus on reliability in unpredictable conditions. That mindset leads to long-term partnerships, not just orders. By delivering consistent, high-quality calcium formate, we support industries that rely on every measurement and every outcome being just as promised—no surprises, no shortcuts, just straight-up value.