|
HS Code |
211808 |
| Inci Name | Carbomer |
| Appearance | White, fluffy, hygroscopic powder |
| Odor | Odorless |
| Solubility | Dispersible in water, insoluble in oils |
| Ph Range Neutralized | 5.0 - 10.0 |
| Viscosity Range | 40,000 - 60,000 cP (0.5% aqueous solution, neutralized) |
| Recommended Usage Level | 0.1% - 1.0% |
| Primary Function | Thickening and stabilizing agent |
| Toxicity | Non-toxic, safe for cosmetic use |
| Compatibility | Compatible with most cosmetic ingredients except strong electrolytes |
As an accredited General Purpose Thickener Carbomer Homopolymer Type C factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | General Purpose Thickener Carbomer Homopolymer Type C is packaged in a 25 kg white fiber drum with a sealed inner polyethylene liner. |
| Shipping | The General Purpose Thickener Carbomer Homopolymer Type C is securely packaged in sealed, moisture-resistant containers (such as fiber drums or kraft bags) to ensure product integrity during shipping. It is shipped via road or sea freight, following regulations for non-hazardous chemicals, with labeling for product identification and safe handling instructions. |
| Storage | **Storage Description:** Store General Purpose Thickener Carbomer Homopolymer Type C in tightly closed containers in a cool, dry, and well-ventilated area. Protect from moisture, heat, and direct sunlight. Avoid exposure to strong acids and oxidizing agents. Ensure the material is kept away from incompatible substances. Handle under clean conditions to prevent contamination and deterioration of product quality. |
Applications of General Purpose Thickener Carbomer Homopolymer Type C in Industrial ManufacturingWe specialize in the industrial-scale production of Carbomer Homopolymer Type C, optimized for high performance across multiple formulation-driven downstream applications. The following sectors represent authentic, high-volume market usage, with clear standards, formulation criteria, integrated process requirements, and specific end-product demands.
In the personal care industry, this Carbomer acts as a rheology modifier and stabilizing thickener for aqueous gel systems, such as facial cleansers and moisturizing creams. Manufacturers formulate these products to precise viscosity and transparency targets, often incorporating other actives, surfactants, or emollients that interact with the polymer's thickening network. The Carbomer is hydrated and neutralized at a controlled pH, directly influencing the sensory attributes and storage stability of the final formulation. Compliance with international cosmetic regulations and microbiological standards remains a constant requirement. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Medical-grade carbomer homopolymers find critical roles in pharmaceutical semi-solid formulations, supporting precise delivery and controlled release of APIs in topical gels and ointments. Regulatory guidelines necessitate pharmacopeial-grade purity and biocompatibility. The polymer supports the inclusion of hydrophilic or hydrophobic actives by facilitating stable, patient-friendly gels with non-greasy, uniform structure, achieved via rigorous GMP conditions. Each production batch undergoes thorough QC for viscosity, pH, and contaminant residuals before release for medicinal use. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Producers of liquid household detergents and multipurpose surface cleaners utilize the thickening properties of this grade of carbomer to enhance flow behavior, suspension stability, and pour control. The polymer's compatibility with strong electrolytes and cleaning actives allows for uniform incorporation into surfactant complexes even under high-solids and high-alkali conditions. Typical quality assurance regimes focus on maintaining clarity, shelf stability, and low residue post use. Regulatory conformity focuses on consumer chemical safety, labeling, and environmental discharge. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Water-soluble polymer thickeners like this carbomer feature prominently in industrial lubricant gel production, particularly where lubrication must combine adequate viscosity control and stable suspension of anticorrosive and antiwear additives. Such gels may find further blending with glycols, surfactants, or silicone agents to optimize application-specific functions such as metalworking or assembly lubrication. Industrial standards emphasize both material purity and robust in-process QC to avoid foaming or micro-contaminant inclusions compromising equipment function. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Specialists in textile printing rely on this polymer’s high-yield, electrolyte-tolerant thickening for dispersion of dyes and pigments in aqueous printing pastes, as well as modifying rheology in textile finishing coatings. Accurate thickener dosing directly influences paste penetration, sharpness of print outline, and wet-to-dry property consistency after steaming or curing. The process calls for repeated shear exposure, and thus the polymer must perform reliably under both batch and continuous processing setups. Compliance checks follow textile chemical standards regarding residuals and effects on fabric handle. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
Waterborne paints and coatings benefit from this thickener's ability to stabilize pigment suspension and impart targeted shear-thinning flow profiles. This supports precision application by brush, roller, or sprayer while reducing sedimentation and phase separation during storage. Formulators must balance polymer loading to achieve optimal application “feel” and coverage, integrating the thickener after pigment dispersion and prior to letdown. All batches undergo viscosity, stability, and film property testing according to paint industry protocols. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
|
Competitive General Purpose Thickener Carbomer Homopolymer Type C 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!
Every day in our production facility, we mix and process thickening agents that make up the backbone of countless formulations—from hand sanitizers to skincare gels. Among these, General Purpose Thickener Carbomer Homopolymer Type C stands out for its balance between performance and usability. We developed this homopolymer with real-world conditions in mind, using our experience to blend consistency, reliability, and adaptability into each batch.
Many formulators overlook the engineering that goes into synthesizing a thickener that dissolves quickly, hydrates efficiently, and produces a stable, smooth gel. Decades in this line of work have proven that not every carbomer meets these marks. Homopolymer Type C uses an optimized molecular structure that responds well to both low and high shear mixing. This makes it a favorite among plant operators who want fewer surprises on batch day.
In laboratory trials and full-scale production, we watch how our thickener blends in water, whether it leaves fisheyes, or if it clumps under typical agitation. The Type C grade often hydrates cleanly within minutes, especially at ambient temperature. This means less downtime, lower risk of product loss, and fewer headaches as thickener disperses without clogging pumps or filters.
We’ve processed thousands of tons of this material under different manufacturing conditions. One thing that always stands out is how Carbomer Homopolymer Type C builds viscosity as soon as pH moves above 6. Because it’s a true homopolymer of acrylic acid crosslinked with a polyalkenyl polyether, the structure responds predictably to neutralizers such as triethanolamine, sodium hydroxide, or aminomethyl propanol. This flexibility lets formulators aim for transparent gels or opaque creams, depending on final application.
Our own tests show this homopolymer thickener consistently provides a smooth, clear appearance in cosmetics and personal care gels. Viscosity development stays robust even under fluctuating temperatures or if mineral content drifts slightly in the water supply. Commercial grade batches take these variables into account so customers don’t need to chase after lab-only results when scaling up.
Inside a typical day’s production run, we closely monitor the flow and granule shape of every lot. Homopolymer Type C usually presents as a fine, fluffy white powder. Operators value this because it pours cleanly, and dusting can be contained with standard controls—no need for extra filtration or slow manual additions. Each drum pours like the last, which keeps quality audits smooth.
We catch that if the granules become too coarse or too fine, the thickener’s hydration rate and dusting profile change. That’s why our protocols keep a tight rein on milling and drying processes. Working closely with our quality team, we ensure specifications actually reflect what happens in real-world use, not just theoretical markers.
Hand Sanitizers: Major hand gel producers rely on Homopolymer Type C for one clear reason: it thickens high-alcohol formulations without breaking down. Our experience matches what global formulators see—some thickeners can’t handle the solvent load. Type C proves itself in every batch by not separating, even when ethanol or isopropanol hits over 70 percent. Batches finish on viscosity, run smoothly in filling lines, and meet clarity expectations.
Topical Gels: In medicated gels and cosmetic serums, stability plays a big role. Many of our clients want a carbomer backbone that can carry actives—vitamins, botanical extracts, or over-the-counter medicines—without causing instability. Homopolymer Type C forms a robust gel network that suspends both hydrophilic and hydrophobic ingredients. It works as a rheology modifier that’s forgiving to minor formulation errors—a property many formulators appreciate, especially during initial R&D.
Lotions and Creams: The type of emulsion influences which thickener to choose. While crosspolymer and copolymer carbomers offer some advantages in complex emulsions with exotic oils, Homopolymer Type C remains the go-to choice for simple oil-in-water systems. It supplies a silky texture and holds viscosity under thermal stress testing. In field feedback, skin-feel often scores higher for Type C when compared next to basic cellulose thickeners or poorly finished alternative acrylates.
Household Cleaners: Industrial clients use Carbomer Homopolymer Type C to boost viscosity and suspend abrasives or microbeads in cleaning gels. We see fewer formulation issues and complaints about syneresis (water separation) versus generic thickening agents. The gel structure also plays well with fragrances and colorants, with minimal fading or bleed during storage.
Every batch carries the lessons of experience on the factory floor, where no two formulations are ever quite alike. Oversights in pH, mineral content, or mixing sequence can trip up many rheology modifiers. Homopolymer Type C offers a solid solution that’s much less finicky if a step gets out of order, keeping production lines running without frequent operator intervention.
We make a range of carbomers—copolymers, crosspolymers, and homopolymers—so we see the distinctions every day. Homopolymer Type C carries a purer acrylic backbone, which typically results in consistent swelling and predictable viscosity. By design, it tolerates higher concentrations of electrolytes than competing crosspolymer grades. Even under repeated stress tests—freeze-thaw cycles, UV exposure, long-term shelf life—the homopolymer’s performance holds up.
Another practical edge: Type C thickener hits a sweet spot for most general-purpose applications. Where copolymer or crosspolymer types might edge slightly better in salt tolerance or clarity, they’re often more expensive and require tighter process controls. Many customers swap those in when needed for niche applications, but for mainstream products, we find most manufacturers default back to General Purpose Thickener Carbomer Homopolymer Type C. This trend shows up in our order logs, where repeat purchases track closely with production schedules—not market fads.
Feedback from both startup and established facilities confirms this pattern. The more steps and checks that a thickener demands, the more chances for human error, downtime, or off-spec batches. With Homopolymer Type C, teams focus on capacity and quality—not damage control.
As a manufacturer, shaving minutes from blending and hydration processes translates directly into energy savings. Homopolymer Type C cuts hydration time by a meaningful margin compared to less refined grades. Faster swelling means less mixer friction time, lower electricity bills, and shorter turnaround between product runs. Fewer issues with foam formation during dispersion keep cleaning times down and allow operators to prep lines for the next shift sooner.
Production managers consistently tell us that less time spent on troubleshooting means more time focusing on higher value tasks. By bringing a reliable thickener into the plant, those hidden inefficiencies start to disappear. This supports bigger production targets and helps facilities hit sustainability goals. From our own quarterly waste audits, we see real cuts in rejected batches, excessive rework, or wasted raw material when teams switch over to Homopolymer Type C for primary thickening needs.
Thickener dust is a real concern in any production environment. We design our Carbomer Homopolymer Type C with worker comfort and safety in mind, keeping particle size under tight control. Operators comment on the low tendency for airborne dust compared to off-spec batches from other suppliers. This means fewer filter changes and less downtime for cleaning—two things that matter in busy plants.
Our bulk packaging holds up well in transit and stands up to the everyday bumps in transport and handling. Consistent pack density means less settling or compression, so the product flows freely from drums and super sacks. Humidity-resistant liners and prompt filling times reduce the risk of caking or hardening during storage.
In large warehousing operations, our thickener stacks efficiently with minimal settling. Batch traceability down to drum level ensures any potential logistics issue gets resolved before it becomes a real production risk. This sort of practical safeguard matters when customers schedule just-in-time deliveries, needing every drum to perform as expected without tedious extra checks.
Pressure on chemical manufacturers to minimize waste and environmental impact is growing. We approach Carbomer Homopolymer Type C production with this in mind. Our process captures off-gases and recycles rinse water, driving down both emissions and operating costs. The final powder contains virtually no residual monomers, which means less risk of off-odor or contamination down the value chain.
This thickener produces little to no hazardous waste during hydration or gel setting. Spills and overages can be cleaned and rinsed down without heavy-duty solvents or lengthy cleanup. Our field reports confirm plant managers favor Homopolymer Type C for this very reason—it streamlines workflows and avoids downstream problems with waste management.
Packaging takes into account both protection and post-use recycling. We work with supply chain partners to source drums and liners made with recycled content, without compromising product purity. Facility feedback shows that waste hauling requirements see a drop-off when switching to our thickener, cutting both cost and landfill impact over time.
We speak regularly with regulators, auditors, and quality control teams who review our facility and products. Homopolymer Type C meets benchmark safety standards for cosmetic and personal care chemistry. Our documentation is thorough, but more important is consistent batch quality that matches regulatory requirements in every major production region.
End users—especially those in direct-to-consumer brands—grow increasingly concerned about ingredient transparency. We support these concerns by documenting every step of our production and avoiding problematic additives or impurities. This thickener carries no unnecessary stabilizers or unknown subcomponents, simplifying labelling and easing approval in different regulatory environments.
No chemical product is immune to problems. Operators sometimes report issues like delayed hydration, premature neutralization, or grainy gel finish. These problems usually trace back to process sequence, pH drift, or water quality rather than the thickener itself. We offer on-site and remote troubleshooting, using decades of hands-on experience to get batch lines humming again.
Field engineers watch pH closely during neutralization and adjust dosing rates as viscosity develops, catching problems before they escalate. Simple changes—adjusting mixer speed or sequence, changing neutralizer addition point—often solve most headaches within a shift. Homopolymer Type C helps here because it gives clear visual cues as hydration completes and gels form, reducing guesswork for newer operators.
Markets change, and new product ideas arrive every season. We designed Carbomer Homopolymer Type C to handle evolving formulations, from water-thin serums to thick, stable creams with active ingredients. Because it balances clarity, stability, and texture, product developers have room to innovate without getting tripped up by rheology constraints.
Current market feedback highlights the steady growth in multifunctional gels and leave-on treatments. These demand a thickener that won’t yellow, flake, or lose viscosity over time. We run accelerated stability tests on every production lot to ensure our carbomer stands up not just on the day of filling, but through each product’s shelf life. The results feed back into continuous improvement, giving us confidence that we aren’t resting on old solutions.
Our customers’ success drives our process development. Long-term relationships show that a consistently performing thickener streamlines procurement, plant operations, and quality reviews. Site visits, pilot trials, and shared troubleshooting bring feedback straight from the factory floor back into our process engineering team.
We track and analyze every lot that goes out our door, comparing field usage reports against production data. This direct feedback loop allows rapid adjustments to drying, milling, or quality protocols. No outside distributor or trading agent can match this level of commitment—our stake isn’t just in a sale, but in a formulation that delivers downstream.
We take both praise and complaint as fuel for better processes. When a customer finds a batch that runs faster, or a formula that holds viscosity longer on the shelf, we study those wins. Repeated quality audits and field reports have helped us cut out weak links, reduce off-spec outliers, and shape our process to what real-world manufacturers want from Homopolymer Type C.
In every shift, across each drum, we put practical know-how and years of hands-on chemistry into General Purpose Thickener Carbomer Homopolymer Type C. It stands as a proven partner for both legacy and next-generation product lines—a thickener that adapts, stays reliable, and helps operators and product developers succeed without extra complication or compromise.
