|
HS Code |
669081 |
| Name | Locust |
| Type | Open source load testing tool |
| Primary Language | Python |
| License | MIT |
| Website | https://locust.io |
| Latest Version | 2.24.1 |
| Release Year | 2011 |
| Platforms Supported | Cross-platform |
| Interface | Web-based UI, Command line |
| Use Case | Performance and load testing |
| Automation Support | Yes |
| Test Scenarios Scripted In | Python code |
| Distributed Testing | Supported |
| Documentation | Available online |
| Community Support | Active |
As an accredited Locust factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The Locust chemical is packaged in a sturdy 5-liter white HDPE container with a red safety cap and clear labeling. |
| Shipping | Locust should be shipped in approved, airtight containers, clearly labeled and compliant with all local and international regulations. Protect from heat, moisture, and direct sunlight. Ensure proper cushioning and secondary containment to prevent leaks. Transport documentation must accompany the shipment, detailing hazard classifications and emergency response information as required. |
| Storage | **Locust** should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. The storage container must be tightly sealed and constructed of chemically compatible material. Clearly label the container, and keep Locust away from food, feed, and incompatible substances as specified in the Safety Data Sheet. Follow all local regulatory guidelines. |
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Purity 99%: Locust Purity 99% is used in pharmaceutical formulations, where high purity ensures minimal contamination and maximum bioactivity. Viscosity Grade 1200 cps: Locust Viscosity Grade 1200 cps is used in food thickening applications, where consistent viscosity enables stable texture and mouthfeel. Molecular Weight 350 kDa: Locust Molecular Weight 350 kDa is used in cosmetic gels, where the high molecular weight provides superior film formation and moisture retention. Melting Point 180°C: Locust Melting Point 180°C is used in industrial adhesives, where elevated melting point enables thermal resistance during high-temperature processing. Particle Size <75 µm: Locust Particle Size <75 µm is used in tablet formulations, where fine particle size ensures uniform blending and rapid dissolution. Stability Temperature 120°C: Locust Stability Temperature 120°C is used in bakery coatings, where thermal stability prevents degradation and maintains product integrity. Solubility 30 g/L: Locust Solubility 30 g/L is used in beverage stabilizers, where high solubility assures clear solutions and homogeneous dispersion. Moisture Content <5%: Locust Moisture Content <5% is used in powdered supplements, where low moisture content extends shelf life and reduces clumping. |
Competitive Locust 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 admin@ascent-chem.com.
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Tel: +8615365186327
Email: admin@ascent-chem.com
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Around here, every product we send out carries the fingerprints of daily experience and old hands in chemical manufacturing. That’s the spirit driving our work on Locust. Few projects in our shop have stirred up as honest a sense of pride as this one. Customers who visit always want to see the heart of our operations — Locust models lining the quality room, bags waiting on the dock for their call out into real-world action. Whether our production team is triple-checking purities or running final mechanical checks, they treat Locust with a focus earned by knowing that at the end of the supply chain is a customer who simply needs it to work, without drama.
The story of Locust starts with practical requests from the floor. People wanted a material that could step up where previous solutions had limits. Plants needed something that could take high heat and punchy pressures, wouldn’t degrade under exposure, and would keep its consistency batch to batch. We built the first Locust model around these needs, working directly with engineers, machine techs, and even maintenance crews who gave us feedback that isn’t easy to find in a textbook. Over time, the Locust line grew to cover several models — each reflecting a different job demand, not just an academic specification list.
In terms of chemistry, Locust comes in grades that push for high structural stability and predictable performance. We never cut corners on raw materials because even the smallest impurity can mean hours of troubleshooting on the customer’s end. Every finished lot undergoes detailed verification using instruments we maintain in-house. Our guys have a couple decades’ experience between them and operate these machines with a practical sense of what the data means for working people. Over the years, they’ve picked up on subtle problems that escape lab-only teams — shifts in color, odd odors under stress, or rare interactions with legacy equipment.
During continuous operation, Locust holds up under thermal cycling; our clients rely on its reliability in processing plants where you can’t afford downtime. In high-humidity environments, Locust resists clumping or degradation, something we verified by running it through our own old processing gear, not just what’s laying around in new lab settings. Shelf life checks aren’t run just for the shelf — they’re drawn from real storage conditions we see in factory warehouses from the Midwest to Southeast Asia.
Locust isn’t just the result of chemistry in isolation – it’s born from headaches faced by actual operators. Injection molding outfits, coating lines, and specialty manufacturing teams in sectors as diverse as auto parts and electronics have put Locust to work across processes that punish mediocrity. One team in a Southeast industrial park used Locust where alternatives kept breaking down from thermal fatigue. They reported back that after months, Locust remained as stable at the tail end of a hot summer as it was in their first spring run. That feedback nudged us to fine-tune the drying parameters for future batches.
In coating applications, customers reported smoother application and reduced stoppages. They pointed out that our production consistency trimmed downtime – those hours mean payroll and bottom-line health. Sometimes it’s not about theoretical maximums; it’s whether each delivery batch is within tight enough spec to avoid line shut-offs. Facilities with legacy equipment, much older than anything in the spec manuals, found Locust flexible enough to keep operations running without costly upgrades. We started pairing samples with equipment-compatibility tips, a small touch that grew out of direct problem-solving rather than any marketing brainstorm.
Some customers called in worried about possible off-gassing or reactivity with adjacent chemicals on their line. Instead of quoting from manuals, our technical team worked directly alongside their engineers, sharing batch records and trial data until everyone agreed on safety and process fit. At times, our staff even visited sites to walk production areas, looking over their process tanks to make sure Locust was the right fit. Real solutions come from muddy boots, not conference calls.
Overseas customers often store materials in bulk for longer periods. One issue we’ve seen is clumping in humid ports. From these complaints, our production team adjusted drying cycles and improved the way we seal up outbound drums. It’s been years since we last got a call about a sticky batch from Manila. That’s not luck; that’s the payback from hundreds of hours spent listening to crews on the ground.
We’ve seen firsthand how minor variations can cripple a plant’s output. Even a little instability in chemical makeup can snowball into thousands lost in downtime or ruined inventory, and our commitment is never abstract. Each time a partner called about a hiccup, our team pulled sample records and took the issue seriously. In one case, an anomaly turned up in tests — something not caught by routine checks. The customer had flagged a faint, strange odor during application. Our QA team re-examined archived reference lots, running repeated trials late into the night, refusing to ship anything new till we’d found the root. The issue traced back to a vendor’s solvent batch, since replaced; customers did not miss a beat in production thanks to quick recalls of suspect product, and we absorbed the freight. This isn’t about policies; it’s about relationships with clients who remember how you behave when things get hot.
Continuous improvement for us doesn’t end with an audit or buzzword. It runs from the way our forklift drivers handle drums on the dock to seeing how operators jot down potential concerns on informal logbooks next to the main control panel. We keep open records of each batch, logged by hand and backed electronically, so when something odd comes up, there’s a history we can pull up over coffee. Repeat partners know this and often call us on our direct lines, often bypassing official order channels for advice. That’s what trust looks like over the long haul: openness, technical understanding, and a willingness to walk the production line till the answer comes.
On the plant floor, change is the only given. Right from the start, we designed Locust to adapt — not because it sounded good on the spec sheet, but because clients using the product guided those changes in response to new regulatory needs, process tweaks, and global trade shifts. Lead operators from battery assembly centers and electronics manufacturers flagged procedural differences between regions, so we worked to tune Locust blends accordingly. The playbook evolved as the world economy shifted and customer needs changed, and so did our standards. We hold weekly meetings not just for compliance, but to lobby hard for real improvements – adjusting parameters, running new stability trials on fresh raw lots, and updating partners without jargon or run-arounds.
Many products come through our doors, and there’s always a temptation to talk about technical bullet points. Instead, we usually hear from customers about the relief that comes from a trouble-free month. Reliability doesn’t come out of a brochure. It’s the silent win a plant manager feels when machinery runs smoothly, shipping stays on schedule, and complaints from end-users dry up. Locust doesn’t outpace rivals in some abstract sense; it just keeps doing the job, month after month, in plants where lost hours mean more than spreadsheets.
The key difference stems from the way Locust responds to the unpredictable. Where alternate materials might buckle under sudden ramp-ups, Locust keeps its properties locked-in across varied temperatures, humidities, and mechanical stresses. Technicians say it blends into their lines without fuss, allowing them to maintain focus on process control instead of fighting with materials. One supervisor described it as the “quiet option” — not because it does less, but because it stays out of the way of a busy team. There’s value, too, in knowing the source. Our entire operation is under one roof, raw to packaged. We know each barrel that leaves with our stamp because the same group of operators, shift leads, and QA specialists have seen it through each day’s cycles.
Over time, users told us Locust made all the difference in expansion projects where other suppliers couldn’t keep tolerances across different production sites. With more patches on the field, small inconsistencies mean big disruptions. Some of our newer partners came from competitors burned by late deliveries, specifications drift, or support that vanished after paperwork. They reported long stabilization periods with the old products and costly technical interventions. Switching to Locust, their operators benefited from predictability — fewer production starts and stops, and less scrambling for replacement stocks.
We watch our stats closely, but not just for reporting — for patterns that reveal the health of our processes. From the first batch, we invested in process control systems that logged real production and variance data. Across years, we’ve seen deviation rates shrink, uptimes climb, and rework needs fall off a cliff. Customer returns sit well below industry averages, verified by third-party auditors. These are not just marketing claims; they’re documented year on year, part of our audit-ready records.
Customers in regulated sectors sometimes require traceability down to the individual worker. Locust delivers on this. Our documentation follows each batch from raw intake through final shipment, backed by signatures — not just codes — from the shift crew. Audits don’t unsettle our team, because traceability has been part of our way of working since before it was mandatory. In meetings with regional managers, shop leads often call out details from our records, using the same evidence our inspectors rely on. This isn’t ceremony; it’s built into our daily operations.
Independent labs have tested Locust under simulated plant conditions, confirming its resilience against factors like temperature swings, prolonged mixing, and the kind of pressure changes seen in high-volume systems. Where possible, we’ve published summaries of this data and made the full records available to partners for their own peace of mind. This kind of transparency doesn’t slow us down. It sets a tone of trust that has helped preserve relationships through tough times.
We believe problem solving sits at the core of our responsibility as a manufacturer. Every call in from a customer carries weight, whether it’s about a supply chain bottleneck or a process tweak no one anticipated. Over years, these conversations have shaped the way we handle Locust from early design to the last shipment of a decades-long contract. Our lead process engineers keep an open line to top customers — talking through new regulatory requirements, helping troubleshoot sudden shutdowns, and even hosting training sessions for new hires who want to know what’s coming down their pipelines.
Solutions grow from specific conversations. Take, for example, the time our Locust shipment landed at a customer’s site during a supply crunch. Their production manager flagged damage to a portion of their drum inventory after days on a hot dock in transit, risking contamination or inconsistent feedstock. Instead of spinning stories, we shipped a new lot by express route and absorbed the freight costs. The customer kept their line running and wrote to thank us for responsiveness – not something we take lightly. Stories like this don’t always show up in performance charts, but they carry through in client trust and repeat business.
Larger companies sometimes push for low bids at all costs, hoping to offset erratic lead times or bounce between global suppliers. We’ve resisted stepping into this race. Locust isn’t the cheapest on paper, but it hits a balance between quality, dependability, and genuine backup when things go off script. Site engineers on rolling contracts tell us they trust our answer over a generic email from an out-of-touch support desk — because they hear directly from the people who make the stuff, not just sell it.
The regulatory landscape never stops shifting. By keeping manufacturing of Locust under our own roof, we act quickly during changes in safety guidelines or compliance standards that travel from the lab bench to the field in weeks instead of months. We revised mixing protocols not because regulators demanded it, but because industry experts flagged signs that new downstream interactions could pose challenges. Requalifying Locust batches meant running hundreds of additional field trials and rapid feedback loops with operations teams in food-contact and electronic sectors.
Adaptation makes sense only when there’s a willingness to get honest answers and log results, even when they slow down throughput. Our commitment to quality improvement isn’t about recording a perfect score for outside inspectors. It’s about making each load we ship stand up in use, reflectively discussing any issues as a cross-discipline team, and rebuilding trust when something goes wrong. This fits the world our customers work in – a world where contracts matter but so does a record of facing hurdles together and learning from each incident.
Locust’s compliance records reflect rigorous internal checks and ongoing third-party audits. Most customers appreciate seeing up-to-date certifications and records, needing to prove chain-of-custody to their own clients or regulatory bodies. Our history of few product recalls and even fewer compliance findings speaks more compellingly than any marketing piece. In the rare case where updates become necessary, we put changes in writing, supported by technical notes and, if needed, site visits to work through procedures in person.
Long-term customers never forget the difference between theory and practice. The Locust product family has grown and changed thanks to their real feedback, late-night troubleshooting, and sometimes blunt honesty. Every improvement traces back to requests from those who use it on processing lines, not boardroom requests. Our team’s confidence in Locust stems from having solved problems through actual repairs, equipment retrofits, and raw material shifts — not from PowerPoint pitches.
Locust sets itself apart in a crowded marketplace because it represents the sum of our experience as hands-on manufacturers. Reliability is more than a talking point — it’s the result of years standing behind our own product, fixing the tough problems, showing up when we’re called, and improving not into some abstract future, but right here and now, in the heart of the supply chains that move the world. That’s the work we stand behind. That’s what Locust means to our shop and to our customers. We know because we’ve been there, side by side, every step along the way.