|
HS Code |
768987 |
| Inci Name | Coco Glucoside |
| Cas Number | 141464-42-8 |
| Appearance | Light yellow to yellowish viscous liquid |
| Ph Value 10 Solution | 5.5-7.5 |
| Active Matter Content | 51-53% |
| Solid Content | 51-53% |
| Free Fatty Alcohol | ≤ 2% |
| Viscosity 25c | 2000-6000 mPa.s |
| Cloud Point 10 Aqueous | 35-41°C |
| Surface Tension 25c 0 1 | 25-28 mN/m |
| Hlb Value | 13-15 |
| Solubility | Easily soluble in water |
| Biodegradability | Readily biodegradable |
| Ionic Nature | Nonionic |
| Origin | Plant-derived |
As an accredited Alkyl Polyglucoside APG CH-0814 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Alkyl Polyglucoside APG CH-0814 is packaged in sturdy 200 kg blue HDPE drums, sealed and clearly labeled for safety. |
| Shipping | Alkyl Polyglucoside APG CH-0814 is typically shipped in 200 kg plastic drums or 1,100 kg intermediate bulk containers (IBCs). It should be transported in a cool, dry, and well-ventilated area, protected from direct sunlight and extreme temperatures. Ensure containers are tightly sealed and handled according to standard chemical transportation regulations. |
| Storage | **Alkyl Polyglucoside APG CH-0814** should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat. Keep the container tightly closed to prevent contamination and moisture absorption. Avoid storing with strong oxidizing agents. Protect from freezing. Ensure storage vessels are made of compatible materials, such as stainless steel or specific plastics. |
Applications of Alkyl Polyglucoside APG CH-0814 in Industrial ManufacturingAs the original manufacturer of Alkyl Polyglucoside APG CH-0814, we supply this non-ionic surfactant directly to key industries that rely on high-performance, environmentally safer surface-active agents. Our production standards, technical data, and quality control match the demands of leading global manufacturers. Below are the major industrial applications where our raw material integrates into end-use production processes. 1. Home Care and Institutional Cleaning Detergent ManufacturingIn the home care and institutional cleaning sector, Alkyl Polyglucoside APG CH-0814 functions as a primary or co-surfactant in formulations for hard surface cleaners, dishwashing liquids, and laundry detergents. R&D and formulation scientists use our grade for its mildness, good wetting, and stable foaming properties, supporting green chemistry initiatives. The raw material enters at the premixing or main batching stage, ensuring complete dissolution and compatibility with other system components. Customers rely on technical documentation and batch-to-batch consistency for process validation and regulatory audits. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
2. Personal Care and Cosmetic ProductionPersonal care and cosmetic manufacturers incorporate our APG CH-0814 into skin cleansers, facial washes, body washes, shampoos, and baby formulations where gentle cleansing and low irritation are essential. Technical specialists value the renewable sourcing, high biodegradability, and performance under sulfate-free claims. The raw material enters at the surfactant blending stage, followed by pH adjustment and viscosity building. Stringent batch documentation, GMP protocols, and toxicological data support downstream compliance and product safety. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Agricultural Adjuvant and Agrochemical FormulationIn agricultural chemical manufacturing, Alkyl Polyglucoside APG CH-0814 acts as a non-ionic wetting agent and solubilizer in herbicide, pesticide, and foliar nutrient formulations. Developers select the raw material for its high compatibility with biological and chemical crop protection payloads, increased leaf surface coverage, and environmental acceptability. The surfactant is introduced at the emulsification or post-blending step of agrochemical production, supporting dispersion and microemulsion stability without phytotoxic effect. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Industrial Hard Surface Cleaning and Metal Processing ChemicalsProducers of heavy-duty cleaners and surface treatment products use Alkyl Polyglucoside APG CH-0814 for its ability to break down and remove oils, greases, and particulate residues from industrial surfaces and metal components. This material enables efficient penetration of soils in alkaline and neutral degreasing baths, aqueous cleaning systems, and ultrasonic cleaning formulations. It enters the production line during main surfactant addition, delivering controlled foaming and compatibility with corrosion inhibitors and chelants. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
5. Textile Auxiliary and Fiber Processing ChemicalsTextile auxiliary manufacturers use APG CH-0814 as a wetting, scouring, and detergent agent in pre-treatment, dyeing, and finishing of cotton and synthetic fibers. Its high wetting efficiency supports rapid fiber penetration, results in lower foaming during scouring lines, and ensures colorfastness in dye baths. The surfactant typically enters at the chemical dosing stage of continuous or batch processing, with its full traceability documented for export supply chains. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
6. Oilfield Chemicals and Enhanced Oil Recovery SolutionsIn oil and gas field service chemistry, Alkyl Polyglucoside APG CH-0814 supports advanced well-cleaning, drilling fluid, and stimulation additive formulations. Oilfield chemical formulators use our surfactant for its strong interfacial activity, high calcium and brine tolerance, and rapid biodegradability profile. The product enters mixing protocols during preparation of mutual solvents, high flashpoint blends, and completion fluids, passing both lab and field validation protocols. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
|
Competitive Alkyl Polyglucoside APG CH-0814 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.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: admin@ascent-chem.com
Flexible payment, competitive price, premium service - Inquire now!
Alkyl Polyglucoside APG CH-0814 has changed the way many manufacturers, both in home care and industrial cleaning, approach surfactant selection. We have put a lot of thought and care into producing APG CH-0814 at our facility, shaping its characteristics from the inside out. With a carbon chain distribution primarily between C8 and C14, this product demonstrates an optimal balance of high detergency and mildness.
In our production line, we keep a watchful eye on every factor: glucose quality, fatty alcohol selection, polymerization, and final purification. Our APG CH-0814 reaches a purity level that meets the stringent requirements of personal care, home cleaning, and industrial applications. Unlike many traditional surfactants based on petrochemicals, CH-0814 is derived from plant-sourced raw materials. This plays a critical role not only for customer demand but for our workers and the communities where our facilities operate.
We have invested in advanced batch reactors to ensure each lot of CH-0814 maintains a narrow range of properties. Consistency matters, especially for large-volume producers formulating everything from dishwashing liquids to agricultural wetting agents. Our team monitors the process variables because even small changes in reaction conditions can lead to shifts in color, odor, or performance. There’s no leeway for error once our buyers scale up to thousands of tons per year.
Most surfactants don’t excel at both mildness and cleaning power, yet APG CH-0814 stands out here. In our labs, we test not only for foaming and wetting but also for skin compatibility. Classic surfactants such as SLES and LAS may exhibit irritation at relatively low concentrations. When we put CH-0814 through patch testing, we observed dramatically reduced risk for redness or dryness. This drew the attention of our downstream partners in cosmetics and baby care. More and more, formulators consider APG for facial cleansers, baby shampoos, and bath gels, not just for performance but for peace of mind.
Traditional surfactants often depend on alkalinity or boosters to achieve hard surface cleaning. CH-0814 delivers cleaning with fewer additives. This simplifies formulas and reduces raw material inventories for our clients, which matters both for transparency and for efficiency. During our in-house cleaning tests on greasy kitchen surfaces, results with APG-based blends mirrored—often exceeded—those using conventional anionic and nonionic systems. Devices measuring surface tension, soil re-deposition, and streak-free rinsing have shown us first-hand why customer retention stays high for brands using our APG grades.
Inside our own plant, we benefit from APG CH-0814’s low viscosity and ease of dispersion. Compared to older-generation APGs with uneven flow or pumpability issues, our latest process achieves a manageable viscosity that streamlines dilution, blending, and transfer within industrial lines. Field feedback confirms that manufacturers save hours otherwise spent warming or pre-mixing troublesome intermediates. Colleagues at other plants report similar productivity gains when they switch to CH-0814.
Shear stability matters during high-speed filling or automated packaging. By refining our process parameters—an investment that took several years—we’ve given CH-0814 strong resistance to foaming during production transfer. The result: cleaner lines, less waste, and minimal rework, even as batch sizes scale higher. This practical experience comes from observing and responding to our own filling line performance.
Manufacturing today comes with far greater scrutiny on environmental impact. Our raw materials for CH-0814 come from vegetable oils and starches grown in certified supply chains. We undergo gate-to-gate audits covering renewable carbon content and water stewardship. Working directly with global cosmetics and cleaning brands, we've ensured CH-0814 meets the latest criteria, such as RSPO certification, non-GMO sourcing, and readily biodegradable status.
Internally, we test each batch for compliance with leading regulations, including REACH, EU Ecolabel, and global food contact standards when required. Because we control the supply chain back to the farm, we keep nitrate, sulfate, and dioxane contamination below regulatory and brand-set thresholds. This is more than a compliance exercise—responsible sourcing reduces headaches for formulators preparing for new laws and consumer demands.
From our experience working side by side with major players in the detergent and personal care industries, we've seen APG CH-0814 support applications across liquid detergents, hard surface cleaners, dishwashing formulations, and mild personal wash. In textiles, it lifts oils while protecting colored and delicate fibers—minimizing rework during bulk laundry processing. Our partners in agriculture value its controlled foaming and thorough wetting, enhancing agrochemical uptake without surfactant "burn" on sensitive crops.
Testing data from both our own labs and customer pilot runs shows CH-0814 excels at dispersing hydrophobic soils—think burnt-on grease or cosmetic residues. At the same time, it supports stable, creamy foam even under varying water hardness levels. The product's alkyl chain blend creates excellent resistance to calcium precipitation, so fewer scale deposits form in pipes or equipment. In high-calcium regions, our customers see reduced line downtime and simpler maintenance routines.
For formulators prioritizing sulfate-free or ethoxylate-free credentials, CH-0814 provides a route to transparency. More labels now highlight APG content because ingredient-conscious shoppers seek familiar, gentle components. Our close working relationship with small and large brands lets us fine-tune batch availability for product launches that promote these claims.
We have produced a wide portfolio of alkyl polyglucoside grades, with chain lengths ranging from blend-rich C8-10 to longer-chain C12-16. APG CH-0814 sits in a versatile range, carrying the ideal mix of C8 and C14 chains. This gives our product a technical sweet spot: robust detergency, fast wetting, and creamy, tight-bubble foaming. Shorter-chain APGs (C8-10) often deliver rapid wetting but lag behind in foam persistence, especially in hard water. Longer-chain grades add foam but may leave a waxy residual or struggle with low-temperature solubility.
With CH-0814, our partners avoid some classic issues like slow dissolution or clouding at low temperatures. Its hydrophilic-lipophilic balance (HLB value) results in flexible blending—crafting clear or opaque systems without additional solvents or solubilizers. Finished products adopting CH-0814 travel better in extreme climates and withstand long storage, simplifying logistics for brands with global reach.
Traditional nonionic surfactants encourage more foam in soft water but collapse in the presence of electrolytes. Our APG holds up, producing resilient foam that resists collapse even as salt concentrations rise. Laboratories working with our batched lots confirm rapid dispersion and clarity, without “salting out” up to a useful threshold.
Years ago, we realized that transitioning a surfactant from kilogram pilot samples to multi-ton containers reveals every weakness in both chemistry and operations. With CH-0814, we’ve invested heavily in repeatable automation, in-line monitoring, and dry, controlled storage for raw inputs. The water content and pH coming out of our reactors are monitored by real-time sensors unique to our line. By keeping batch-to-batch deviation tightly controlled, we minimize troubleshooting for downstream customers. If a customer identifies a variance, our team can review the batch archive, trace the root cause, and propose solutions in days, not weeks.
Several times, we’ve received panicked calls from partner plants switching from generic APG to our CH-0814. They point to solubility challenges or unexpected foaming in upstream products. Rather than pass the buck or cite specifications, our technical team has travelled to the site, watched the line, and offered on-the-spot blending advice. Often, the fix comes down to adjusting mixing order, water temperature, or dosing rates—practical tips you only discover making a product yourself.
Plant safety and handling represent another difference. Over the years, we have observed that APG grades with higher free fatty alcohol content cause blocking or pump clogging at low temperatures—an expensive and frustrating problem. Our reactor clean-outs and product transports go much smoother since we tightened up on ingredient selection and purification steps. Downtime and cleaning agent usage both dropped, lowering the risk of operator accidents or cross-contamination.
Unlike traders or resellers, we have a direct hand in every step. Market trends shift quickly, from zero-waste packaging to fully biodegradable ingredient lists. Our process lets us scale up small experimental runs to commercial campaigns without losing quality or process control. We’ve worked alongside partners to slightly tweak chain distribution or water content to hit the sweet spot for new launches—whether it’s a spray cleaner requiring rapid wet-out or a body wash with a luxurious after-feel.
Our in-house team runs hundreds of application tests annually, feeding updates to the process engineers for continuous improvement. We also welcome customer feedback in real time, not long after a product’s market debut. One recent collaboration with a global cleaning brand saw us develop a customized CH-0814 variant for their new laundry line: This involved close coordination, a few late-night video calls, and several re-runs on both sides, but the commercial outcome made it worth every bit of effort. It’s a point of pride to see the product featured on retail shelves and know the story behind its development.
APG chemistry can pose challenges that don’t reveal themselves in a standard lab test. Humidity swings in transit, variable tanker cleanliness, and even minor ingredient impurities will show up as color shifts or odors. Because we control raw material contracts, we can respond quickly—switching to certified lots without waiting for a middleman. We keep logistics tight: All outgoing tankers and drums undergo a loading checklist, including odor and appearance checks performed by on-the-floor staff. No team member wants to see a load returned due to haze or sediment, knowing the effort invested upstream.
Another persistent challenge is process water quality. Hardness, microbial content, and pH can subtly alter product performance downstream. We operate on-site water treatment units to maintain a narrow band of water quality, and we share process water best practices with customers introducing CH-0814 to their own blending plants. Some partners have shared stories of improved clarity and fewer mold concerns once they adopted the same water controls.
Every batch faces a full suite of tests—not just standards for purity, but for odor, viscosity, color stability over time, and foaming in different water grades. Process upsets rarely make it past our internal audits, but if they do, every team member from production to warehouse is empowered to pull suspect drums for re-checking. We have found that quick decisions here protect both our business and our customers’ reputations.
Producing renewable-based APGs like CH-0814 means more than just shifting chemical inputs. We work directly with farmers and processors sourcing key ingredients, aiming to improve traceability and reward sustainable practices. Our site managers host annual training nights to update staff on new controls, recycling initiatives, and community outreach. Over years, we’ve seen reduced waste streams, fewer local complaints, and stronger relationships with neighbors.
Workers in our facility regularly handle raw APG solutions—a benefit is reduced exposure to harsh chemicals compared to traditional surfactant lines. Health monitoring programs show fewer skin complaints or respiratory issues since we switched to primarily producing plant-based surfactants. Employee retention has risen, training costs dropped, and product pride is tangible in day-to-day plant operations.
Our environmental monitoring, including wastewater and air emissions, meets or stays ahead of national standards. We keep stakeholders updated on compliance not only because it’s legally required, but because we share the same rivers, air, and land as our community.
As consumer and regulator expectations keep evolving, we continue investing in new reactor technologies and automation systems. Pilot-scale developments let us experiment with further reducing energy use or process waste. Lessons learned during the pandemic about supply security prompted us to tighten raw material inventory controls and expand geographic sourcing—mitigating delivery risks for our main product lines.
Our customers challenge us for even greater transparency and customization. We now track each batch from field to end-user, logging every variable that could affect product quality. Innovations in packaging—like bulk container reuse and closed-loop return schemes—come directly from factory and customer feedback.
Every step we take with CH-0814 comes with decades of practical, hands-on learning—a product shaped by real demands, lessons learned from missteps as well as successes. We stay committed to every partner relying on our grade for their next breakthrough, knowing that the world needs both clean solutions and a cleaner chemical industry. The story of APG CH-0814 stays far from finished as regulations tighten, market expectations rise, and customers demand more from fewer ingredients.
APG CH-0814 marks a clear step forward—not just by the numbers, but by experience. Years of running our own lines, fixing blending challenges onsite, partnering for new launches, and collaborating to meet changing sustainability goals have shaped every drum exiting our gates. The journey with this product is a test of both chemistry and commitment, continually driven by real feedback from inside and outside the plant.
