Product name: Decanoyl Chloride
Also known as: Capric Acid Chloride, Decanoic Acid Chloride
Reactive acyl chloride for esterification and amidation routes
Typical appearance: clear, colorless to pale-yellow liquid with a sharp, stinging odor
Designed for B2B users who need consistent reactivity, clean conversion, and reliable documentation for purchasing and compliance
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Decanoyl Chloride is a fatty-acyl chloride used when your process needs fast, decisive acylation without long reaction times or “half-conversion” surprises. In the lab it behaves like a crisp, reactive building block; on the plant floor it behaves like a schedule protector—helping teams hit batch targets with fewer adjustments. When you open the container, you typically notice a clear liquid that looks almost glassy under light and carries a pungent, stinging odor that signals its high reactivity. That sensory cue matters: it reminds operators that this material is not a passive solvent, but an active reagent that rewards disciplined handling with clean chemistry.
Many B2B buyers choose Decanoyl Chloride because it helps them standardize outcomes across different end uses—surfactant intermediates, specialty esters, and functional additives—while keeping the supply chain simple: one product that supports multiple downstream SKUs. If you care about repeatable results, batch-to-batch consistency, and procurement-ready paperwork, this grade is built to fit into real production workflows rather than one-off experiments.
High-reactivity pathway to targeted derivatives
Decanoyl Chloride is valued for turning carboxylic-acid style transformations into faster, more controllable routes. That means fewer steps, cleaner conversion windows, and less time spent “chasing the endpoint” during scale-up.
Better control over odor and impurity carryover in downstream products
Buyers producing fragrances, surfactant intermediates, or functional esters often prefer acyl chlorides because they can reduce side reactions compared with less reactive alternatives—supporting a cleaner odor profile and more predictable color in the finished chemical.
Supply suitability for R&D through production
A good B2B reagent should work for lab validation, pilot runs, and bulk supply without forcing you to re-qualify the chemistry each time. This product is positioned as an industrially consistent intermediate supported by standard QC deliverables.
Moisture-sensitive chemistry with process advantages
While moisture sensitivity requires disciplined packaging and storage, it also reflects the same reactivity that gives you faster conversion and tighter control in esterification and amidation reactions.
Decanoyl Chloride is an acyl chloride with a C10 carbon chain, which gives it a balance of hydrophobic character and strong acylation power. In practical terms, the liquid typically flows smoothly, wets metal and glass surfaces readily, and can feel slightly “oily” due to the fatty chain—yet it remains a reactive reagent rather than a stable oil. It is commonly described as moisture sensitive and can hydrolyze in the presence of water, which is why many industrial users prefer sealed packaging, dry transfer lines, and inert-gas protection during storage and dosing.
For formulation and reaction planning, the key takeaway is this: the chain length supports compatibility with organic phases and typical industrial solvents, while the acyl chloride group drives rapid formation of esters and amides. This combination is especially useful when you need a mid-chain fatty functionality that improves performance properties (such as hydrophobicity, flexibility, or surface activity) in downstream products.
Decanoyl Chloride is typically purchased as a functional intermediate rather than an end product. That’s good news for B2B users: it fits into multiple value chains and gives process engineers options.
Surfactant and specialty chemical intermediates
The C10 chain length is often selected to tune surface activity and hydrophobic balance in surfactant-related molecules. Buyers use it to build tailored intermediates that influence foaming behavior, wetting, or emulsification performance.
Ester and amide synthesis
When you need to introduce a decanoyl group into an alcohol or amine substrate, Decanoyl Chloride offers a direct, efficient route. This can be important in fine chemicals, performance additives, and functional materials.
Performance property tuning
Mid-chain acyl groups can influence feel, spread, and film behavior in certain downstream formulations. For manufacturers building specialty esters, the “sensory” outcome can be surprisingly tangible: smoother glide, less tack, or more controlled volatility depending on the target molecule.
If your purchasing team supports multiple product lines, Decanoyl Chloride can reduce SKU complexity because the same intermediate can feed different reaction pathways with different downstream margins.
Decanoyl Chloride is typically handled as a controlled reactive liquid. In production settings, buyers often prioritize three outcomes: stable dosing, predictable conversion, and reduced operator variability. Achieving those outcomes is mostly about moisture control and transfer discipline.
Recommended best practices for industrial users include:
Keep containers tightly sealed and minimize headspace exposure during sampling
Use dry equipment, dry transfer lines, and moisture-controlled storage zones
Consider inert-gas protection for long storage or frequent re-opening cycles
Add the material in a controlled manner to manage heat and avoid localized overreaction
Build “recipe discipline” into your SOPs so different shifts reproduce the same result
A practical mental model is that Decanoyl Chloride behaves like a “fast tool”: it delivers speed and efficiency when handled correctly, and it punishes casual exposure to moisture. Good handling is not just safety—it’s yield protection and batch consistency.
B2B buyers typically evaluate packaging as a quality signal. A reagent can be chemically correct but operationally inconvenient if it leaks odor, absorbs moisture, or lacks consistent labeling.
Typical packaging and logistics considerations:
Packaging formats can be matched to your consumption rate, from sampling/pilot containers to bulk-ready drums
Store in a cool, dry, well-ventilated place with strong sealing discipline
Moisture protection is essential for preserving reactivity and preventing hydrolysis-related degradation
For export shipments, documentation consistency and correct labeling reduce customs delays and shorten inbound QA time
Simple purchase-to-use workflow chart for procurement teams:
Requirement confirmation → specification alignment → sample or COA review → pilot validation → bulk supply and repeat orders
If you want faster onboarding, we recommend aligning your internal receiving checklist (appearance, labeling, COA fields, storage assignment) before the first shipment arrives.
Decanoyl Chloride is typically classified as a corrosive chemical and should be treated as a reactive acyl chloride in your safety program. In real operations, what matters most is not just “hazard text,” but whether your team can execute safe, repeatable handling with clear documentation.
Common documentation provided for B2B purchasing and EHS review:
COA with batch identifiers and key quality metrics
SDS for transport, storage, and workplace controls
Product labeling support aligned with shipping and warehouse handling requirements
Optional supporting documents based on your market and internal compliance needs
From an EHS perspective, the two biggest risk reducers are: preventing moisture contact (which can create heat and byproducts) and preventing uncontrolled exposure during transfer. A supplier that supports clear documentation and predictable packaging helps you reduce incident risk, reduce receiving delays, and shorten qualification time.
For B2B buyers, “quality” is not a slogan—it is batch consistency that keeps your downstream chemistry stable. Our supply approach focuses on reducing the variables that create rework: inconsistent purity, shifting odor profile, or packaging that introduces moisture.
Typical QC and supply strengths customers look for:
Batch-to-batch consistency supported by documented inspection routines
Repeatable labeling and traceability for procurement and audits
Stable packaging solutions that protect moisture-sensitive products
Support for sampling, pilot validation, and scaled reorder planning
Responsive technical communication when customers are optimizing reaction conditions
If you run multiple plants or multiple end-use products, we can align on a single specification and keep the supply consistent over time, reducing re-qualification workload and lowering total cost of ownership.
B2B-first documentation that supports procurement, QA receiving, and EHS approval
Stable, traceable supply designed for repeat orders, not one-time shipments
Practical support for moisture-sensitive logistics and storage planning
Quality control mindset focused on consistency, not just “meeting minimum spec”
Communication that respects your time: clear parameters, clear lead times, clear deliverables
It is commonly used as a reactive acylating intermediate to produce esters, amides, and specialty derivatives that feed surfactants, performance additives, and fine chemical routes. Many buyers choose it to improve conversion speed and reduce process variability during scale-up.
Most receiving teams check appearance, labeling, seal integrity, and COA completeness. Because it is moisture sensitive, packaging condition matters—tight sealing and clean labeling typically reduce receiving delays and prevent early degradation.
Yes. Moisture sensitivity is a typical characteristic of acyl chlorides. Proper storage and controlled transfer help preserve reactivity and support consistent downstream results.
Yes. COA and SDS are standard for B2B purchasing workflows and help your QA and EHS teams complete internal approvals faster.
Store in a cool, dry, well-ventilated place with containers tightly closed. Many industrial users also minimize repeated opening and manage headspace exposure to reduce moisture contact.
Most buyers match carbon chain length to the performance target of downstream products and confirm compatibility in a pilot reaction. If you share your target derivative type (ester, amide, etc.) and typical substrate class, we can suggest a practical qualification checklist.
| Item | Specification |
|---|---|
| Product English name | DECANOYL CHLORIDE |
| CAS number | 112-13-0 |
| Molecular formula | C10H19CLO |
| Molecular weight | 190.7103 |
| Flash point | 106.11℃ |
| Boiling point | 233.00℃ |
| Density | 0.944 G/CM |
Decanoyl Chloride is a fatty-acyl chloride used when your process needs fast, decisive acylation without long reaction times or “half-conversion” surprises. In the lab it behaves like a crisp, reactive building block; on the plant floor it behaves like a schedule protector—helping teams hit batch targets with fewer adjustments. When you open the container, you typically notice a clear liquid that looks almost glassy under light and carries a pungent, stinging odor that signals its high reactivity. That sensory cue matters: it reminds operators that this material is not a passive solvent, but an active reagent that rewards disciplined handling with clean chemistry.
Many B2B buyers choose Decanoyl Chloride because it helps them standardize outcomes across different end uses—surfactant intermediates, specialty esters, and functional additives—while keeping the supply chain simple: one product that supports multiple downstream SKUs. If you care about repeatable results, batch-to-batch consistency, and procurement-ready paperwork, this grade is built to fit into real production workflows rather than one-off experiments.
High-reactivity pathway to targeted derivatives
Decanoyl Chloride is valued for turning carboxylic-acid style transformations into faster, more controllable routes. That means fewer steps, cleaner conversion windows, and less time spent “chasing the endpoint” during scale-up.
Better control over odor and impurity carryover in downstream products
Buyers producing fragrances, surfactant intermediates, or functional esters often prefer acyl chlorides because they can reduce side reactions compared with less reactive alternatives—supporting a cleaner odor profile and more predictable color in the finished chemical.
Supply suitability for R&D through production
A good B2B reagent should work for lab validation, pilot runs, and bulk supply without forcing you to re-qualify the chemistry each time. This product is positioned as an industrially consistent intermediate supported by standard QC deliverables.
Moisture-sensitive chemistry with process advantages
While moisture sensitivity requires disciplined packaging and storage, it also reflects the same reactivity that gives you faster conversion and tighter control in esterification and amidation reactions.
Decanoyl Chloride is an acyl chloride with a C10 carbon chain, which gives it a balance of hydrophobic character and strong acylation power. In practical terms, the liquid typically flows smoothly, wets metal and glass surfaces readily, and can feel slightly “oily” due to the fatty chain—yet it remains a reactive reagent rather than a stable oil. It is commonly described as moisture sensitive and can hydrolyze in the presence of water, which is why many industrial users prefer sealed packaging, dry transfer lines, and inert-gas protection during storage and dosing.
For formulation and reaction planning, the key takeaway is this: the chain length supports compatibility with organic phases and typical industrial solvents, while the acyl chloride group drives rapid formation of esters and amides. This combination is especially useful when you need a mid-chain fatty functionality that improves performance properties (such as hydrophobicity, flexibility, or surface activity) in downstream products.
Decanoyl Chloride is typically purchased as a functional intermediate rather than an end product. That’s good news for B2B users: it fits into multiple value chains and gives process engineers options.
Surfactant and specialty chemical intermediates
The C10 chain length is often selected to tune surface activity and hydrophobic balance in surfactant-related molecules. Buyers use it to build tailored intermediates that influence foaming behavior, wetting, or emulsification performance.
Ester and amide synthesis
When you need to introduce a decanoyl group into an alcohol or amine substrate, Decanoyl Chloride offers a direct, efficient route. This can be important in fine chemicals, performance additives, and functional materials.
Performance property tuning
Mid-chain acyl groups can influence feel, spread, and film behavior in certain downstream formulations. For manufacturers building specialty esters, the “sensory” outcome can be surprisingly tangible: smoother glide, less tack, or more controlled volatility depending on the target molecule.
If your purchasing team supports multiple product lines, Decanoyl Chloride can reduce SKU complexity because the same intermediate can feed different reaction pathways with different downstream margins.
Decanoyl Chloride is typically handled as a controlled reactive liquid. In production settings, buyers often prioritize three outcomes: stable dosing, predictable conversion, and reduced operator variability. Achieving those outcomes is mostly about moisture control and transfer discipline.
Recommended best practices for industrial users include:
Keep containers tightly sealed and minimize headspace exposure during sampling
Use dry equipment, dry transfer lines, and moisture-controlled storage zones
Consider inert-gas protection for long storage or frequent re-opening cycles
Add the material in a controlled manner to manage heat and avoid localized overreaction
Build “recipe discipline” into your SOPs so different shifts reproduce the same result
A practical mental model is that Decanoyl Chloride behaves like a “fast tool”: it delivers speed and efficiency when handled correctly, and it punishes casual exposure to moisture. Good handling is not just safety—it’s yield protection and batch consistency.
B2B buyers typically evaluate packaging as a quality signal. A reagent can be chemically correct but operationally inconvenient if it leaks odor, absorbs moisture, or lacks consistent labeling.
Typical packaging and logistics considerations:
Packaging formats can be matched to your consumption rate, from sampling/pilot containers to bulk-ready drums
Store in a cool, dry, well-ventilated place with strong sealing discipline
Moisture protection is essential for preserving reactivity and preventing hydrolysis-related degradation
For export shipments, documentation consistency and correct labeling reduce customs delays and shorten inbound QA time
Simple purchase-to-use workflow chart for procurement teams:
Requirement confirmation → specification alignment → sample or COA review → pilot validation → bulk supply and repeat orders
If you want faster onboarding, we recommend aligning your internal receiving checklist (appearance, labeling, COA fields, storage assignment) before the first shipment arrives.
Decanoyl Chloride is typically classified as a corrosive chemical and should be treated as a reactive acyl chloride in your safety program. In real operations, what matters most is not just “hazard text,” but whether your team can execute safe, repeatable handling with clear documentation.
Common documentation provided for B2B purchasing and EHS review:
COA with batch identifiers and key quality metrics
SDS for transport, storage, and workplace controls
Product labeling support aligned with shipping and warehouse handling requirements
Optional supporting documents based on your market and internal compliance needs
From an EHS perspective, the two biggest risk reducers are: preventing moisture contact (which can create heat and byproducts) and preventing uncontrolled exposure during transfer. A supplier that supports clear documentation and predictable packaging helps you reduce incident risk, reduce receiving delays, and shorten qualification time.
For B2B buyers, “quality” is not a slogan—it is batch consistency that keeps your downstream chemistry stable. Our supply approach focuses on reducing the variables that create rework: inconsistent purity, shifting odor profile, or packaging that introduces moisture.
Typical QC and supply strengths customers look for:
Batch-to-batch consistency supported by documented inspection routines
Repeatable labeling and traceability for procurement and audits
Stable packaging solutions that protect moisture-sensitive products
Support for sampling, pilot validation, and scaled reorder planning
Responsive technical communication when customers are optimizing reaction conditions
If you run multiple plants or multiple end-use products, we can align on a single specification and keep the supply consistent over time, reducing re-qualification workload and lowering total cost of ownership.
B2B-first documentation that supports procurement, QA receiving, and EHS approval
Stable, traceable supply designed for repeat orders, not one-time shipments
Practical support for moisture-sensitive logistics and storage planning
Quality control mindset focused on consistency, not just “meeting minimum spec”
Communication that respects your time: clear parameters, clear lead times, clear deliverables
It is commonly used as a reactive acylating intermediate to produce esters, amides, and specialty derivatives that feed surfactants, performance additives, and fine chemical routes. Many buyers choose it to improve conversion speed and reduce process variability during scale-up.
Most receiving teams check appearance, labeling, seal integrity, and COA completeness. Because it is moisture sensitive, packaging condition matters—tight sealing and clean labeling typically reduce receiving delays and prevent early degradation.
Yes. Moisture sensitivity is a typical characteristic of acyl chlorides. Proper storage and controlled transfer help preserve reactivity and support consistent downstream results.
Yes. COA and SDS are standard for B2B purchasing workflows and help your QA and EHS teams complete internal approvals faster.
Store in a cool, dry, well-ventilated place with containers tightly closed. Many industrial users also minimize repeated opening and manage headspace exposure to reduce moisture contact.
Most buyers match carbon chain length to the performance target of downstream products and confirm compatibility in a pilot reaction. If you share your target derivative type (ester, amide, etc.) and typical substrate class, we can suggest a practical qualification checklist.
| Item | Specification |
|---|---|
| Product English name | DECANOYL CHLORIDE |
| CAS number | 112-13-0 |
| Molecular formula | C10H19CLO |
| Molecular weight | 190.7103 |
| Flash point | 106.11℃ |
| Boiling point | 233.00℃ |
| Density | 0.944 G/CM |
