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HS Code |
530095 |
| ProductName | Cis-3-Tert-Butyl Cyclohexyl Acetate |
| CASNumber | 151661-88-0 |
| MolecularFormula | C14H26O2 |
| MolecularWeight | 226.36 |
| Appearance | Colorless to pale yellow liquid |
| BoilingPoint | 280-285°C |
| Density | 0.96 g/cm³ (approx.) |
| Odor | Fruity, sweet, floral |
| RefractiveIndex | 1.454 - 1.459 |
| FlashPoint | 117°C |
| Solubility | Insoluble in water, soluble in alcohol and oils |
| Purity | Typically 95% or higher |
As an accredited Cis-3-Tert-Butyl Cyclohexyl Acetate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Cis-3-Tert-Butyl Cyclohexyl Acetate is packaged in a 250g amber glass bottle with a secure, tamper-evident screw cap. |
| Shipping | **Description:** Cis-3-Tert-Butyl Cyclohexyl Acetate is shipped in tightly sealed containers, protected from light, moisture, and extreme temperatures. It should be handled according to standard chemical safety protocols, with appropriate labeling and documentation. Avoid contact with incompatible substances during transport. Store upright in a cool, dry, well-ventilated area during transit. |
| Storage | Cis-3-Tert-Butyl Cyclohexyl Acetate should be stored in a cool, dry, and well-ventilated area, away from sources of heat, ignition, and direct sunlight. Keep the container tightly closed when not in use. Store away from incompatible substances such as strong oxidizing agents and acids. Use appropriate, clearly labeled containers to prevent accidental contamination or leakage. |
Applications of Cis-3-Tert-Butyl Cyclohexyl Acetate in Industrial ManufacturingCis-3-Tert-Butyl Cyclohexyl Acetate features a fresh, fruity-woody odor profile with excellent stability, making it a valued raw material in various aroma-critical industries. As direct manufacturer, we supply this specialty ester for professional downstream formulation and production. Below, we detail targeted application scenarios, with focus on regulatory compliance, typical usage%, production operations, and final goods. 1. Fine Fragrances and Perfume CompoundingPerfumers and fragrance houses use cis-3-tert-butyl cyclohexyl acetate as an elegant secondary note in luxury perfumes, colognes, and fine fragrance oils. It delivers a nuanced top note that enhances longevity and blends seamlessly with floral, aquatic, or woody accords. Professional compounders rely on its purity for formulation accuracy and consistent batch performance. Industry compliance standards
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2. Personal Care and Cosmetics Fragrance BasesPersonal care brands incorporate this acetate ester as a stable fragrance additive in formulations prone to oxidation or pH shifts, such as deodorants, body lotions, and moisturizing creams. It helps improve product shelf life, and retains consistent scent strength even in emulsified or low-water systems, which demand high raw material specification. Industry compliance standards
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3. Fabric Care and Laundry FragrancesIn laundry and textile care, formulators select cis-3-tert-butyl cyclohexyl acetate for its residual scent retention and resistance to volatilization during drying. Its stability across detergent matrices makes it suitable for both liquid and powder product dosing, and it resists reactive breakdown in bleach-containing systems. Industry compliance standards
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4. Industrial Air Care and Ambient ScentingManufacturers of air-freshening systems utilize this ester’s high volatility profile for controlled release in HVAC aroma diffusion, plug-in air fresheners, and scented candles. Its thermal and oxidative stability suit continuous-diffusion systems in commercial and public spaces, where safety and compliance to indoor air quality standards are critical. Industry compliance standards
Typical usage ratio
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Competitive Cis-3-Tert-Butyl Cyclohexyl Acetate prices that fit your budget—flexible terms and customized quotes for every order.
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Years in the lab have taught us to recognize when a molecule truly stands out, not just in theory, but in the hands of those who use it every day. Cis-3-Tert-Butyl Cyclohexyl Acetate (often called Cis-TBCHA) draws steady attention from both fragrance formulators and technical users who demand more than commodity solutions. Our batch process sticks to precision at every stage, since minor lapses in control have a way of surfacing in the final fragrance profile. A successful synthesis never hides behind generic acetates — reaching for high-purity cis isomer comes down to more than ticking a requirement on a datasheet. It’s about consistency on the client’s end, whether that’s a master perfumer or a manufacturer needing a clean, delicate base note that won’t shift over time or after blending.
The way we see it, anyone can list out a CAS number or offer a COA loaded with numbers, but that doesn’t protect against unwanted off-notes or unwelcome color shifts after a few weeks. In our shop, purity typically reaches above 98%, and we keep a sharp eye on byproduct levels, not just for the purchaser but to avoid headaches downstream. Each lot receives sensory evaluation by workers who can spot subtle variances, not just by inclination but because our process gives them the tools to do so. Color, clarity, and odor stability guide every parameter adjustment during scaling or when customers request minor tweaks for their own requirements. There’s no mystery behind our transparency – we’ve found that trust always outlasts marketing hyperbole.
Cis-3-Tert-Butyl Cyclohexyl Acetate earns a following in the fragrance world, but its story doesn’t stop at fine perfumery. Our biggest orders often ship to producers of laundry care products, air fresheners, and personal care lines. Why? Because it unlocks fruity, woody, and fresh facets that hold up under heat, exposure, and time. When blended with other notes, the acetate supports green or minty nuances without turning thin or fading. In haircare and creams, its profile avoids interference with active formulas, while adding a subtle complexity lacking in more common esters.
Over the years, clients have called us to talk about performance under difficult conditions: powder detergents exposed to warehouse heat, or fabric softeners stored for months in different climates. Formulators want ingredients that don’t break down or drift off-note. Through iterative trials and actual feedback from the field, we fine-tuned our purification methods and packaging. We now deliver product not just for a first impression, but for a long-lasting experience that extends shelf-life and consumer satisfaction.
Our customers often come with specific questions about how cis-3-tert-butyl cyclohexyl acetate stacks up against its close relatives, especially its trans isomer and other cyclohexyl-based esters. The truth plays out in both technical testing and day-to-day results. The cis form consistently avoids the waxy, heavy undertone that some users report from the trans version or lower-purity blends. Instead, the sensory effect leans toward a clear, airy freshness with a soft fruity backnote, preferred in detergent bases and modern scent directions. That’s not a matter of price but chemistry, and this distinction salts away hours of troubleshooting for perfumers and scent development teams.
We keep close watch over the acetylation process, since a slip in conditions can tilt the balance toward undesirable isomer content, which registers instantly in both odor and finished product stability. Automatic distillation won’t fix a careless synthesis. Our team spends its time tracing and correcting any cause for increased impurities, leading to significantly fewer batch variations. Clients relying on consistent performance in complex consumer products come back for that uniformity, knowing that it safeguards their brand integrity. These differences may seem small in the lab — one or two percentage points — but in production runs stretching to hundreds of drums, a better molecular fit prevents far bigger losses down the chain.
The responsibility for greener chemicals always starts long before a shipment leaves our warehouse. In our experience, the supply chain shapes much of the actual footprint of a specialty acetate, not just raw inputs or certification paperwork. We source our raw materials from partners who align with our own standards, which include knowing the original feedstock’s traceability and evaluating the impact of solvents and energy inputs at every stage. Waste treatment isn’t just a compliance matter; we treat distillation residues and side-streams as a chance to reclaim value, which reduces hazardous loads across the facility.
Lowering waste, improving solvent recovery, and switching to lower-emission energy sources in the plant added up to a real shift. Our solvent cycling rates have increased compared to five years ago, and we publish our environmental metrics so our partners can track the progress. Clients have told us these changes matter, especially as consumer brands scrutinize their ingredient lists for eco-content as much as performance claims.
From raw esterification to drumming, our team’s approach prioritizes clear accountability. Operators don’t just monitor; they adjust parameters and stop batches that fall out of range, and everyone on the floor knows not to cut corners. We use GC-MS and chiral chromatography for isomer separation analysis. Workers are trained to report any sensory deviation, whether it appears in a pilot batch or as a customer comment weeks later. This approach sidesteps the problems we’ve seen in third-party reselling, where lost traceability can mean entire shipments go out with less than full transparency about purity or byproducts. In our plant, if something slips, we investigate root causes, retrain, and adapt the process so it won’t happen twice.
We don’t see barrels and drums as afterthoughts; even minor flaws can lead to product degradation during transit or storage. Our packaging team applies inert liners for export shipments and selects drum sizes based on the actual needs and warehouse conditions of our buyers. Every drum carries unique trace codes that track back to every process step: who blended, who checked, at what time, and under what batch conditions. That’s not just for us — it’s for customers who may need to show auditors precise sourcing for finished products. Our logs cover temperature events, accident logs, and full chain-of-custody histories, which minimize surprises and support both safety and quality.
Producing Cis-3-Tert-Butyl Cyclohexyl Acetate means handling flammable liquids, working with acids, and keeping tabs on ventilation and containment. Our staff receives hands-on safety training, with mock drills and practical sessions, not just lectures or written tests. PPE, from gloves to splash shields, comes standard, and routine monitoring catches vapor leaks or hot-spot readings before they affect anyone. We’ve built a culture where reporting near misses ranks as highly as correcting a labeling mistake; these steps keep risks low and insurance rates in check. In facilities running day and night shifts, that kind of culture proves its worth by keeping staff retention high and production free from major incident interruptions.
Feedback rarely arrives only as formal reports. Many clients pick up the phone to share observations right from their lines; some ask for new grades or suggest small changes that drive our own R&D forward. For example, a producer of scented cleaning agents pointed out subtle scent flattening at higher concentrations, prompting a tweak in our final distillation curve and storage temperatures that resolved the issue. Another partner in personal care applications highlighted long-term color stability issues under specific emulsifier systems. We collaborated on accelerated shelf-life tests, pinpointed the root cause, and adjusted trace solvent levels in our output. These examples reinforce one lesson: real usefulness gets proven outside any brochure or standard COA table. One-on-one dialogues are more revealing than any focus group statistic — and they allow us to evolve technical support for issues that standard documentation would miss.
Over the last decade, interest in nuanced, round woody acetate notes started to rise, partly due to shifting customer preferences in home and fabric care. Big brands often chase distinctive, long-lasting scent signatures that stand up to tougher regulatory scrutiny and changing supply chain patterns. It’s tempting to view every molecule as interchangeable, especially when ingredient cost pressures rise. In reality, the differences show up both in the finished product and in brand loyalty. By keeping our production as close as possible to custom – whether by batch size, adjusted purity, or storage time – we help our customers navigate volatile markets and regulatory shifts. Being a direct producer, we adjust quickly, whether it’s for new allergen labeling or sustainability disclosure. There’s no opportunity to push off responsibility or delay responses to market developments; our partners depend on our direct accountability.
Guidelines and limitations for fragrance and cosmetic chemicals keep growing tighter each year. Navigating these isn’t just a paperwork exercise; it involves tracking updates from FMA, REACH, and IFRA in near real-time, and investing in new analytical validation long before new thresholds become enforceable. We continually monitor for potential trace impurities and review all relevant documentation, which helps anticipate customer needs — whether that’s support for clean-label claims, certification for vegan formulations, or documented absence of specific residual solvents. Our technical team meets with auditors and provides full batch records during regulatory audits, keeping surprises off the dock.
Many of our long-term buyers call on us to pilot new scent profiles, run trials, or adjust batch sizes to meet launch needs. That often means blending knowledge about scalability with an openness to experiment: whether that’s slightly tweaking isomer ratios to highlight a certain profile in a hypoallergenic line, or looking for a resin blend that won’t interact with the acetate under storage. Some customers ask about encapsulation and slow-release technologies, which put extra demands on purity and interaction, especially in home care. Our collaboration goes beyond supply: it covers sharing stability test results and explaining what works (and what doesn’t) in scale-up. The goal stays the same — making sure that every innovation lines up with production realities and delivers in the field.
Cis-3-Tert-Butyl Cyclohexyl Acetate found its place in our manufacturing operation because of actual need, not just due to demand cycles. Each year, perfumers and product developers push for more natural, longer-lasting, and safer materials that allow creativity without sacrificing reliability. This acetate supports those requirements without drifting into commodity status. In our experience, the real payoff comes from long-standing relationships with formulation teams who expect answers and accountability, not just a fresh batch and an invoice. We treat every inquiry as a partnership, using our accumulated knowledge and open-door policy to provide updates, field trials, and practical troubleshooting. This approach continues to grow both our business and our reputation, but it starts with the recognition that today’s buyers want more than specifications — they want a working relationship with the source, one that stands behind every drum shipped and ready to answer every call.