|
HS Code |
347272 |
| Brand | Clore |
| Product Type | Battery Charger |
| Model Number | JNC660 |
| Voltage | 12V |
| Amperage | 1700 Peak Amps |
| Weight | 18 lbs |
| Dimensions | 16.3 x 14.1 x 5.1 inches |
| Color | Blue |
| Input Type | Manual |
| Application | Jump Starting Vehicle Batteries |
As an accredited Clore factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Clore is packaged in a sturdy 5-liter white plastic container with a secure blue screw cap and clearly labeled safety instructions. |
| Shipping | The chemical Clore should be shipped in tightly sealed, corrosion-resistant containers to prevent leaks. It must be clearly labeled as hazardous, safeguarded against incompatible materials, and handled by trained personnel. Transport must comply with relevant regulations, including temperature and ventilation controls, to ensure safety during transit and prevent environmental contamination. |
| Storage | Clore should be stored in a tightly sealed container in a cool, dry, and well-ventilated area, away from direct sunlight, heat, and incompatible substances such as acids or organic materials. It must be kept out of reach of unauthorized personnel and clearly labeled. Appropriate spill containment and emergency procedures should be in place to manage accidental releases or leaks. |
Competitive Clore prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to sales3@ascent-chem.com.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: sales3@ascent-chem.com
Flexible payment, competitive price, premium service - Inquire now!
Clore has become a point of pride here in our plant. Over two decades ago, some of our senior chemists saw a gap in chlorination products on the market. They set out to build a reliable, clean chlorinating agent with attention to stability and safety in transport. That’s the ground where Clore was first produced. Since then, we have run thousands of batches, each one tailored with insights uncovered from our own production lines and the real feedback from operators in water treatment and industrial disinfection. Every adjustment we have made to this product’s formula or process has come because we've experienced for ourselves what happens in the field. We’ve had deliveries arrive after days on the road, and know what it takes to withstand mechanical shocks and heat — not just inside the lab, but in the real world too.
Like most chemical manufacturers, we spent years working through trial and error with different blends of chlorinating agents. There are easy ways to boost available chlorine but our technical team never settles for easy. Some industry products will push concentration only to cut corners in purity and shelf life. Our Clore line focuses instead on practical performance: a model with steady release, low dusting, and minimal residue. The current Clore specification sits at 65% available chlorine, a balance point that our partners appreciate. Anything stronger tends to raise complaints about volatility; anything weaker falls short in disinfection power. We stick with what has worked time and again for healthcare, municipal water, and even large-scale agricultural applications — a product that holds its own when environmental conditions change and operators expect consistent results.
Every batch of Clore comes together in a controlled environment, with sealed-feed systems and redundant monitoring equipment. Chlorine chemistry needs respect — a leaky valve or stale inventory spells trouble. Every drum is packed under a nitrogen blanket, and we track every shipment back to the line that filled it. Workers here put in hours maintaining equipment, testing samples, and running pilot lots to make sure Clore never surprises the end user in a bad way. We pull random samples from finished batches all year round, running every one of them through in-house chemical analysis and even stress evaluation to simulate what happens in a sweltering warehouse. Through all of this, we’ve built deep trust not just with our buyers, but with the operators placing the product into their tanks. Anyone can stick “chlorination” on a bag. We won’t let anything leave the plant without our own technicians signing off.
Most people don’t see what goes into safe-water protocols or disinfection in food and agriculture. That’s where Clore truly shines — whether it’s fighting algae in a city reservoir, disinfecting plant lines in a poultry processor, or being used as a shock dose in swimming pools that take on record rainfalls. Frequently, municipal plants turn to us with last-minute requests after other products fail stress tests or deliver inconsistent dosing. Hospitals and clinics keep Clore on hand for rapid sanitation protocols, knowing it will dissolve rapidly and doesn’t leave behind gritty sediment. Some customers in the dairy industry have written to us about switching from cheaper powders and noticing the difference when milk lines run clearer and downtime drops. While it’s rewarding to see the product’s reach expand, the most telling feedback comes from maintenance crews and treating operators who rely on accuracy over flash.
Any product with strong oxidizing power deserves respect in use and storage. We recognize the importance of safety not only on our own site, but in how Clore makes its way into customer facilities. There’s no shortcut here — strong quality controls at every step. We invest in high-integrity packaging, robust anti-leak closures, and clear, bold labeling. Our on-site team leads annual safety refreshers: spill simulations, containment drills, and chemical hygiene audits, all with Clore batches drawn from live production. This mindset extends into the field, too. Some of our oldest customers keep a logbook of every drum received, noting any variances. This kind of documentation keeps us accountable, and every case of mishandling prompts a full root-cause investigation. Once, a storage issue at a customer site led to a minor pressure release; we sent our technical team out to walk the warehouse with them, adjusting stacking heights and reviewing ventilation together. Experience tells us: nothing on a spec sheet matters if it doesn’t hold up in somebody’s hands.
Not every chlorination product is built equal. Some brands push for volume over quality — chasing a few extra kilograms per pallet without considering long-term stability. Others produce under volatile climate or in plants that lack climate control, leading to variable moisture content and unpredictable reactivity. From early days, we committed to using only certified feedstock and strictly regulating particle size through every shift. We hold ourselves to tight chloride and calcium limits for Clore’s backbone compounds, because what starts out as a cheap shortcut in one plant can throw off months’ worth of code compliance for our customers. We saw early on how a low-grade input or a rushed drying cycle leads to caking, release of off-gassing, or batch-to-batch performance swings. This level of consistency takes time, extra manual checking, and sometimes rejecting raw materials that would pass with less particular companies. We know what it’s like to chase root causes of product instability — we’ve learned never to compromise, even if it means a little less on the quarterly report.
We have a long memory for what can go wrong when shortcuts are taken. About twelve years ago, one of our own legacy formulas — back before Clore’s current recipe — suffered a bad run in an especially humid summer. The resulting product lost nearly ten percent available chlorine in the first six months, leading to headaches for waste water crews during peak loads. We could have blamed outside factors or distributor storage, but we brought the issue home. Fixing those root problems meant investing in new dryers, adjusting granule size, and changing packaging recommendations throughout the supply chain. Since then, we monitor every parameter: from moisture traps on the blending hoppers to oxygen exclusion during storage. We also talk candidly with our buyers during plant tours. Some customers want to see the faults as well as the successes; that’s fine with us. There’s nothing to hide when your QC team lives next door to the shipping dock.
We treat Clore as an ongoing project. At least once a quarter, we review all customer complaints and requests, then schedule targeted trials. Some years ago, a series of overseas buyers had trouble with long dwell times in shipping containers, which led to heat cycling and product breakdown. Working with their in-house technical leads, we reformulated a portion of Clore — slightly denser, with modified inhibitors, specifically crafted for export routes above the equator. The process wasn’t simple. Our engineers spent weeks analyzing shipment data and running small pilot lines overnight, just to see where deviation crept in. Reports from the field, including digital temperature loggers placed in shipments, now allow us to track not just whether the product passes a lab test, but whether it emerges usable after weeks in variable climates. This proactive approach pushed us to tweak fluidization rates, adjust oxygen scavenger protocols, and even change grade markings so that warehouse crews overseas can spot a heat-resistant drum with ease.
One consistent misunderstanding we encounter comes from resellers or those unfamiliar with chemistry in practice. Not every job calls for the highest available chlorine possible. Sometimes, such as in delicate manufacturing in pharmaceuticals or electronics, a more moderate dose with controlled release makes all the difference in protecting equipment and meeting discharge rules. We built Clore with this versatility in mind, steering clear of brittle granules or excessively dusty powders. Each drum comes in a range of net weights — our bulk lines produce everything from manageable 10kg units suited for labs up to 1000kg bulk transfer for major industrial users. We field test every variant ourselves, filling tanks, measuring dosages, and making sure labels (including hazard codes) are correct and legible before batches get formal approval. This kind of direct experience eliminates guesswork, ensuring operators — no matter their industry — receive repeatable performance.
Our factory sits just downstream from a major river system; every misstep here would be felt by our own team’s families. For this reason, we designed Clore’s handling system and effluent controls with extra care to reduce discharge risk and accidental releases. Filtration and neutralization processes capture and treat rinse water, while solid residues pass through a closed-loop recycling program. Over the last several years, we’ve reduced scrubber effluent chlorine to barely detectable levels, a win we broadcast to our employees and neighbors alike. Any problematic batch or shelf-life expiration triggers immediate reclamation — product doesn’t find its way into landfills or groundwater. Conversations with local regulators aren’t limited to paperwork; we’ve invited them for routine inspections and open discussions, especially after upgrades or major process changes. As producers, accountability starts inside the plant and follows every drum to its end use, and Clore stands as testament to that responsibility.
We learned over the years that finished goods management impacts every link in the supply chain. Clore stays on hand in designated, climate-controlled storage, and logistics teams keep careful logs of every batch shipped — tracking transit conditions, turnaround times, and customer shelf life. Large civil works or water utilities often require big single-lot orders; we’ve structured our inventory so that even high-demand cycles don’t trigger unplanned production, just timely batch release. Every drum comes with its own traceable lot number, and our drivers follow strict protocols for safe delivery. Unexpected warehouse closures, storm-damaged roads, or even geopolitical shocks have shown how vital it is to keep both a finished supply buffer and live communication with customers. More than once, clients overseas faced container rerouting or regulatory hold-ups, and we responded by adjusting our logistics patterns and updating packaging to withstand longer delays or extra handling. These lessons shape our modern supply chain approach.
One constant of working in manufacturing is knowing that support doesn’t stop once a product leaves the plant. We back Clore with a real technical support team, not a call center reading from a cheat sheet. Engineers field technical questions, troubleshoot dosing equipment, and on occasion travel to customer sites to help diagnose site-specific issues. Sometimes this means inspecting residue patterns in a water filter; at other times, walking a pool or storage basin with site managers. This kind of boots-on-the-ground support feeds valuable insights back into our production team. During a particularly tough drought a few summers back, several agricultural clients struggled with scaling and biofilm. By demonstrating real-world dosing protocols and sharing field data, we helped customers adapt. Product feedback sessions over the years — some face-to-face around conference tables, others via late-night calls from halfway around the world — have directly informed tweaks in particle density and dissolution rates.
In the chemical manufacturing world, trust builds batch by batch and takes years to earn. With Clore, every aspect of the product — from raw material vetting to batch release and technical follow-up — reflects our own plant’s respect for the process and the customer. The stakes are real: a flawed chlorination run can compromise public health, halt food production, or take down infrastructure for days. That sense of responsibility comes from the people on our line — millwrights, operators, technicians — some of whom have worked here since day one. Their pride shows in the care taken to reduce variation and the quick response time whenever something’s not right.
Many so-called manufacturers in the market have never run a batch or seen product used outside a lab. We stand on decades of real production — the kind where every member of the team, from R&D to packaging, knows what it means for a product to fail or exceed expectations outside the factory gates. This perspective, earned through handling both success and setbacks, continually drives us to refine the product and support users through any challenge. We welcome tough questions from experienced buyers and see every critique as a roadmap for improvement. Product excellence is not achieved through marketing talk; it comes through dedication, transparency, and a relentless drive to get better with each shipment.
Clore occupies a unique place in the chlorination field thanks to years of technical rigor, open communication with users, and the willingness to invest in better processes whenever the evidence calls for it. Our ongoing commitment means new investments in analytical tools, operator training, and process improvements never stop. As new purification challenges arise across water treatment, agriculture, and industry, we keep pace by listening closely to those who rely on our products daily. Ultimately, our job as manufacturers is to provide dependable solutions, own our mistakes, and share what we’ve learned for the betterment of all users. Whether dealing with changing regulations, novel contaminants, or evolving expectations for product safety and environmental stewardship, we meet every shift with the same hands-on approach that built Clore’s reputation from the start.
From the production floor to customer sites across the globe, Clore represents years of learning, testing, and refining. Our team’s priority remains constant: produce a chlorinating agent that doesn’t let users down, upholds strict safety and environmental marks, and adapts as the world’s needs evolve. We’ll continue improving, batch by batch, and keep the lines of communication open with every user.