Acyl chloride intermediate designed for professional chemical manufacturing workflows where moisture control and batch consistency matter
Known by the alias 3,5,5-trimethylhexanoyl chloride, commonly sourced for peroxide-initiator and synthesis pathways
Clear liquid with a sharp, pungent odor, supplied for industrial handling with packaging aligned to bulk procurement needs
Packaging offered as 200kg/polyethylene plastic drum or according to customer requirements
Suitable for B2B buyers who need stable incoming quality, predictable conversion in downstream reactions, and documentation-ready supply
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A surprising amount of downstream instability starts with one small upstream detail: inconsistent acid chloride quality. In production, the problem rarely looks dramatic at first. A drum is opened, the air feels slightly humid, and the liquid still looks clear. But later in the process, conversion drifts, odor becomes harsher, and yield is harder to reproduce. That is the quiet reality of moisture-sensitive intermediates. A small amount of hydrolysis can introduce acidity and variability that shows up as rework, extra neutralization steps, or off-spec batches that slow the line and consume your team’s attention.
Isononanoyl Chloride is selected in many B2B environments because it supports controlled synthesis routes where reliability matters more than slogans. When handled and stored correctly, it arrives as a clean, flowing liquid that pours smoothly, carries a strong pungent note typical of acid chlorides, and integrates into chemical workflows without the constant “guess-and-correct” routine. For procurement teams, it is not about buying a chemical name; it is about buying predictability—stable input that helps your plant run calmer, your QC results stay consistent, and your delivery promises remain credible.
More predictable downstream performance
Helps reduce batch-to-batch variability that can appear when impurities or hydrolysis byproducts fluctuate
Supports steadier reaction outcomes for manufacturers who value repeatable conversion and cleaner profiles
Procurement-friendly chemical identity
Clearly defined as Isononanoyl Chloride with alias 3,5,5-trimethylhexanoyl chloride and CAS 36727-29-4
Easier internal approval and supplier qualification when documentation is clear and consistent
Industrial packaging orientation
Offered in 200kg/polyethylene plastic drum or according to customer requirements
Practical for factories that plan inventory, production scheduling, and inbound inspection around standard bulk units
Sensory realism that helps operators recognize normal condition
Delivered as a clear liquid with a pronounced, pungent odor typical of acyl chlorides
Visual appearance provides quick first-line screening for abnormal discoloration during receiving checks
Built for professional supply expectations
Designed to support B2B needs like COA-based release, traceability, and consistent supply planning
Suitable for buyers who prioritize long-term stability over one-time sample performance
Isononanoyl Chloride belongs to the acid chloride family, making it relevant to industries where acylation chemistry and controlled intermediate quality directly affect product consistency. It is most commonly evaluated by buyers who understand the cost of variability: when a key intermediate shifts, it does not only affect lab data—it affects schedules, rework rates, and customer trust.
Typical B2B application environments
Organic peroxide initiator manufacturing supply chains where intermediate consistency supports stable peroxide production planning
Fine chemical synthesis where intermediates are valued for predictable reactivity and controlled impurity profiles
Agrochemical and pharmaceutical intermediate routes where repeatability matters for downstream purification burden
Specialty chemical manufacturers who need a reliable acyl chloride option for development-to-production scaling
Why this matters to procurement and QC teams
When quality is stable, receiving inspection becomes faster and more decisive
When batches behave consistently, engineering time shifts from troubleshooting to optimization
When input variability drops, your finished product consistency improves, and complaint risk decreases
When packaging is practical, logistics and inventory planning become less fragile, especially for time-sensitive runs
Procurement teams need identity clarity because it affects internal systems, customs documentation, and QC release criteria. This product is offered as Isononanoyl Chloride, also known by the alias 3,5,5-trimethylhexanoyl chloride. The CAS number is 36727-29-4. In many organizations, those three data points are the backbone of purchasing approvals, SDS filing, and ERP material creation.
What buyers typically validate during qualification
Correct naming alignment across purchase order, label, COA, and SDS
Consistent synonym mapping to avoid accidental substitution in multi-supplier environments
Supplier responsiveness to documentation requests and specification alignment discussions
Practical value of identity precision
Reduces procurement friction and internal back-and-forth
Helps prevent receiving errors caused by synonym confusion
Supports faster onboarding for new sites, new teams, or new product lines
Strengthens audit readiness because chemical identity is unambiguous and repeatable across records
In industrial settings, sensory cues are not marketing details—they are operational reality. Isononanoyl Chloride is typically presented as a clear liquid. When poured, it flows smoothly with an “oily” feel common to many organic acid chlorides. The odor is pungent and sharp, a strong note that experienced teams recognize as typical for reactive acyl chlorides. These sensory traits help operators quickly sense whether the material seems normal before formal testing.
How buyers use sensory cues responsibly
First-line receiving observation for clarity and unusual discoloration
Quick comparison against previous qualified batches as a sanity check
Supporting evidence to trigger QA review when something looks or smells unusually different
Why this helps B2B users
Supports quicker triage in receiving and warehousing
Helps prevent “silent acceptance” of abnormal material before testing
Reinforces professionalism in plant routines because teams learn what normal looks like
Complements, but never replaces, COA and internal QC release testing
B2B buyers often request property data because it affects storage planning, material compatibility, and process design assumptions. Isononanoyl Chloride is commonly described in the market as a liquid with density near the 0.94 g/cm³ range at around room temperature. It is typically soluble in common organic solvents used in industrial synthesis contexts. These characteristics support its role as an intermediate that can be metered, transferred, and integrated into solvent-based processing.
Why properties matter for operations
Density affects metering calculations and mass balance checks
Solubility expectations influence solvent selection and mixing strategy during development
Property stability supports consistent process control and reduces surprises when scaling
How professional buyers usually handle property confirmation
Set internal acceptance criteria based on their own process sensitivity
Request COA and SDS to align property expectations with site requirements
Confirm compatibility with seals, liners, and transfer systems through standard plant EHS review
Acyl chlorides are valued because they react effectively, but that also means they require disciplined handling in professional environments. Isononanoyl Chloride is moisture-sensitive and can hydrolyze in the presence of water, generating acidic byproducts that can shift process behavior. In synthesis contexts, it is commonly used as an intermediate that reacts with nucleophiles such as alcohols or amines to form esters or amides, making it useful for building blocks in fine chemical pathways.
B2B value of predictable reactivity
Supports stable conversion when the input profile is controlled
Reduces downstream purification burden when side reactions are minimized
Improves repeatability from pilot runs to routine manufacturing
Compatibility considerations buyers typically evaluate
Moisture control strategy in storage and transfer
Materials of construction and liner compatibility in packaging
Internal EHS review for handling classification and hazard communication
Batch traceability so deviations can be investigated quickly if process drift occurs
Different industries may define “quality” differently: some focus on assay, others on hydrolyzable chloride, color, or specific impurity limits. For Isononanoyl Chloride, professional buyers often care about consistency indicators that relate to performance and stability—such as purity targets, acidity-related parameters, and impurity control that can influence downstream reaction cleanliness.
How we support specification-driven procurement
Align supply with customer-required specification and testing items
Provide documentation suitable for B2B qualification workflows
Support repeat orders with consistent quality targets and traceability routines
Typical specification discussion points in RFQs
Assay or content target
Color limit suitable for sensitive applications
Hydrolysis-related indicators that relate to moisture exposure risk
Byproduct and impurity controls that matter for purification and yield
COA format and testing frequency expectations for repeat supply
If you share your application and internal acceptance criteria, we can map a practical specification package that supports both performance and receiving efficiency.
Packaging is not a small detail in chemical procurement. It affects safety, receiving efficiency, warehouse utilization, and how quickly you can schedule production. Your product page specifies packaging as 200kg/polyethylene plastic drum or according to customer requirements. This is a procurement-friendly format because it fits standard bulk handling routines and supports stable inventory planning.
B2B logistics value points
200kg drum unit simplifies planning for production campaigns and batch sizing
Polyethylene drum format supports broad compatibility expectations in industrial supply chains
Custom packaging options can support special logistics or site-specific receiving constraints
What professional buyers typically request with packaging
Labeling and traceability information aligned to internal systems
COA and SDS documentation prior to shipment for internal release planning
Packaging photos or descriptions for receiving SOP development
Confirmation of loading plan for container or truck optimization when ordering multiple drums
Stable storage starts with one principle: prevent exposure that changes the chemical profile. For moisture-sensitive intermediates, professional buyers usually prioritize sealed storage in original packaging, controlled warehousing conditions, and disciplined receiving routines. Over time, buyers may also adopt periodic re-checking for sensitive parameters based on their internal risk tolerance and usage cycle.
Why storage guidance matters to B2B users
Protects quality so production outcomes remain repeatable
Reduces the risk of odor intensification or acidity shifts linked to exposure
Helps maintain predictable conversion performance in downstream processing
Supports longer planning windows for inventory and campaign scheduling
Best practice expectations at a high level
Keep containers tightly closed when not in use
Store in a cool, dry, well-ventilated area consistent with your site’s SDS policy
Follow internal EHS and QA procedures for inspection and release
Use documentation-driven receiving checks so material condition is verified consistently
This product is intended for industrial and professional buyers who operate under established EHS systems. Acid chlorides can present hazards such as irritation and corrosivity, and they may react with moisture. For B2B customers, the most responsible approach is to treat safety as a system: hazard communication, trained personnel, appropriate PPE under your site policy, and SDS-driven procedures for handling, storage, and emergency response.
How we support compliant procurement
Provide SDS and COA upon request to support site qualification
Support traceability expectations common in regulated supply chains
Communicate clearly about identity and packaging so internal hazard labeling remains accurate
What buyers typically include in their compliance checklist
SDS review and internal EHS approval prior to receipt
Storage classification alignment with site standards
Receiving and transfer SOP fit with existing plant infrastructure
Documentation readiness for customer audits or internal quality reviews
| Item | Specification |
|---|---|
| Product name | Isononanoyl Chloride |
| Alias | 3,5,5-trimethylhexanoyl chloride |
| CAS number | 36727-29-4 |
| Packaging | 200kg/polyethylene plastic drum or according to customer requirements |
Established industrial foundation
Your company profile emphasizes long-term development and a structured organization across R&D and production entities, supporting continuity in supply and technical communication
Management system mindset
The company profile highlights multiple management systems and standards-oriented operations, which B2B buyers value because it reduces supplier risk and improves predictability
B2B cooperation experience
The profile describes long-term cooperation with numerous large enterprises, a signal that the supply model is built for repeat orders, documentation, and qualification expectations
Product line focus in acid chloride series
Acid chloride series is listed as a main product direction, helping buyers trust that this is not a one-off trading item but part of a sustained manufacturing focus
Packaging flexibility
Standard 200kg drum packaging plus customer requirements support makes it easier to adapt to different receiving constraints, export handling preferences, and inventory planning models
Q1 What documents can you provide for supplier qualification
A: Professional buyers typically request SDS and COA for qualification, along with product identity confirmation. If you share your internal vendor approval checklist, we can align documentation and provide the appropriate package for your purchasing and QA workflow.
Q2 What is the CAS number and common alias used in procurement systems
A: The CAS number is 36727-29-4. A common alias is 3,5,5-trimethylhexanoyl chloride. Using both identifiers reduces confusion in multi-supplier procurement and improves internal traceability.
Q3 What packaging do you offer for routine industrial orders
A: The standard packaging stated on the product page is 200kg/polyethylene plastic drum. Packaging can also be arranged according to customer requirements, which supports different warehouse and logistics setups.
Q4 How should we evaluate suitability for our application before bulk purchase
A: The fastest route is a specification-based discussion. Share your target use, required purity or key impurity concerns, and any color or acidity limits that affect your process. We can align a practical specification approach and support a sampling plan consistent with B2B purchasing routines.
Q5 Is this product suitable for moisture-sensitive manufacturing routes
A: Many buyers choose acid chlorides specifically for controlled reactivity, but they are typically moisture-sensitive. The right evaluation approach is to review SDS, confirm your storage and transfer system fit, and qualify material based on the parameters that matter for your conversion and downstream quality.
Q6 Can you support repeat supply and consistent batch expectations
A: B2B customers usually care about batch consistency, traceability, and stable documentation. If you define the quality indicators that matter most for your process, we can support consistent supply expectations and COA-driven receiving efficiency across repeat orders.
A surprising amount of downstream instability starts with one small upstream detail: inconsistent acid chloride quality. In production, the problem rarely looks dramatic at first. A drum is opened, the air feels slightly humid, and the liquid still looks clear. But later in the process, conversion drifts, odor becomes harsher, and yield is harder to reproduce. That is the quiet reality of moisture-sensitive intermediates. A small amount of hydrolysis can introduce acidity and variability that shows up as rework, extra neutralization steps, or off-spec batches that slow the line and consume your team’s attention.
Isononanoyl Chloride is selected in many B2B environments because it supports controlled synthesis routes where reliability matters more than slogans. When handled and stored correctly, it arrives as a clean, flowing liquid that pours smoothly, carries a strong pungent note typical of acid chlorides, and integrates into chemical workflows without the constant “guess-and-correct” routine. For procurement teams, it is not about buying a chemical name; it is about buying predictability—stable input that helps your plant run calmer, your QC results stay consistent, and your delivery promises remain credible.
More predictable downstream performance
Helps reduce batch-to-batch variability that can appear when impurities or hydrolysis byproducts fluctuate
Supports steadier reaction outcomes for manufacturers who value repeatable conversion and cleaner profiles
Procurement-friendly chemical identity
Clearly defined as Isononanoyl Chloride with alias 3,5,5-trimethylhexanoyl chloride and CAS 36727-29-4
Easier internal approval and supplier qualification when documentation is clear and consistent
Industrial packaging orientation
Offered in 200kg/polyethylene plastic drum or according to customer requirements
Practical for factories that plan inventory, production scheduling, and inbound inspection around standard bulk units
Sensory realism that helps operators recognize normal condition
Delivered as a clear liquid with a pronounced, pungent odor typical of acyl chlorides
Visual appearance provides quick first-line screening for abnormal discoloration during receiving checks
Built for professional supply expectations
Designed to support B2B needs like COA-based release, traceability, and consistent supply planning
Suitable for buyers who prioritize long-term stability over one-time sample performance
Isononanoyl Chloride belongs to the acid chloride family, making it relevant to industries where acylation chemistry and controlled intermediate quality directly affect product consistency. It is most commonly evaluated by buyers who understand the cost of variability: when a key intermediate shifts, it does not only affect lab data—it affects schedules, rework rates, and customer trust.
Typical B2B application environments
Organic peroxide initiator manufacturing supply chains where intermediate consistency supports stable peroxide production planning
Fine chemical synthesis where intermediates are valued for predictable reactivity and controlled impurity profiles
Agrochemical and pharmaceutical intermediate routes where repeatability matters for downstream purification burden
Specialty chemical manufacturers who need a reliable acyl chloride option for development-to-production scaling
Why this matters to procurement and QC teams
When quality is stable, receiving inspection becomes faster and more decisive
When batches behave consistently, engineering time shifts from troubleshooting to optimization
When input variability drops, your finished product consistency improves, and complaint risk decreases
When packaging is practical, logistics and inventory planning become less fragile, especially for time-sensitive runs
Procurement teams need identity clarity because it affects internal systems, customs documentation, and QC release criteria. This product is offered as Isononanoyl Chloride, also known by the alias 3,5,5-trimethylhexanoyl chloride. The CAS number is 36727-29-4. In many organizations, those three data points are the backbone of purchasing approvals, SDS filing, and ERP material creation.
What buyers typically validate during qualification
Correct naming alignment across purchase order, label, COA, and SDS
Consistent synonym mapping to avoid accidental substitution in multi-supplier environments
Supplier responsiveness to documentation requests and specification alignment discussions
Practical value of identity precision
Reduces procurement friction and internal back-and-forth
Helps prevent receiving errors caused by synonym confusion
Supports faster onboarding for new sites, new teams, or new product lines
Strengthens audit readiness because chemical identity is unambiguous and repeatable across records
In industrial settings, sensory cues are not marketing details—they are operational reality. Isononanoyl Chloride is typically presented as a clear liquid. When poured, it flows smoothly with an “oily” feel common to many organic acid chlorides. The odor is pungent and sharp, a strong note that experienced teams recognize as typical for reactive acyl chlorides. These sensory traits help operators quickly sense whether the material seems normal before formal testing.
How buyers use sensory cues responsibly
First-line receiving observation for clarity and unusual discoloration
Quick comparison against previous qualified batches as a sanity check
Supporting evidence to trigger QA review when something looks or smells unusually different
Why this helps B2B users
Supports quicker triage in receiving and warehousing
Helps prevent “silent acceptance” of abnormal material before testing
Reinforces professionalism in plant routines because teams learn what normal looks like
Complements, but never replaces, COA and internal QC release testing
B2B buyers often request property data because it affects storage planning, material compatibility, and process design assumptions. Isononanoyl Chloride is commonly described in the market as a liquid with density near the 0.94 g/cm³ range at around room temperature. It is typically soluble in common organic solvents used in industrial synthesis contexts. These characteristics support its role as an intermediate that can be metered, transferred, and integrated into solvent-based processing.
Why properties matter for operations
Density affects metering calculations and mass balance checks
Solubility expectations influence solvent selection and mixing strategy during development
Property stability supports consistent process control and reduces surprises when scaling
How professional buyers usually handle property confirmation
Set internal acceptance criteria based on their own process sensitivity
Request COA and SDS to align property expectations with site requirements
Confirm compatibility with seals, liners, and transfer systems through standard plant EHS review
Acyl chlorides are valued because they react effectively, but that also means they require disciplined handling in professional environments. Isononanoyl Chloride is moisture-sensitive and can hydrolyze in the presence of water, generating acidic byproducts that can shift process behavior. In synthesis contexts, it is commonly used as an intermediate that reacts with nucleophiles such as alcohols or amines to form esters or amides, making it useful for building blocks in fine chemical pathways.
B2B value of predictable reactivity
Supports stable conversion when the input profile is controlled
Reduces downstream purification burden when side reactions are minimized
Improves repeatability from pilot runs to routine manufacturing
Compatibility considerations buyers typically evaluate
Moisture control strategy in storage and transfer
Materials of construction and liner compatibility in packaging
Internal EHS review for handling classification and hazard communication
Batch traceability so deviations can be investigated quickly if process drift occurs
Different industries may define “quality” differently: some focus on assay, others on hydrolyzable chloride, color, or specific impurity limits. For Isononanoyl Chloride, professional buyers often care about consistency indicators that relate to performance and stability—such as purity targets, acidity-related parameters, and impurity control that can influence downstream reaction cleanliness.
How we support specification-driven procurement
Align supply with customer-required specification and testing items
Provide documentation suitable for B2B qualification workflows
Support repeat orders with consistent quality targets and traceability routines
Typical specification discussion points in RFQs
Assay or content target
Color limit suitable for sensitive applications
Hydrolysis-related indicators that relate to moisture exposure risk
Byproduct and impurity controls that matter for purification and yield
COA format and testing frequency expectations for repeat supply
If you share your application and internal acceptance criteria, we can map a practical specification package that supports both performance and receiving efficiency.
Packaging is not a small detail in chemical procurement. It affects safety, receiving efficiency, warehouse utilization, and how quickly you can schedule production. Your product page specifies packaging as 200kg/polyethylene plastic drum or according to customer requirements. This is a procurement-friendly format because it fits standard bulk handling routines and supports stable inventory planning.
B2B logistics value points
200kg drum unit simplifies planning for production campaigns and batch sizing
Polyethylene drum format supports broad compatibility expectations in industrial supply chains
Custom packaging options can support special logistics or site-specific receiving constraints
What professional buyers typically request with packaging
Labeling and traceability information aligned to internal systems
COA and SDS documentation prior to shipment for internal release planning
Packaging photos or descriptions for receiving SOP development
Confirmation of loading plan for container or truck optimization when ordering multiple drums
Stable storage starts with one principle: prevent exposure that changes the chemical profile. For moisture-sensitive intermediates, professional buyers usually prioritize sealed storage in original packaging, controlled warehousing conditions, and disciplined receiving routines. Over time, buyers may also adopt periodic re-checking for sensitive parameters based on their internal risk tolerance and usage cycle.
Why storage guidance matters to B2B users
Protects quality so production outcomes remain repeatable
Reduces the risk of odor intensification or acidity shifts linked to exposure
Helps maintain predictable conversion performance in downstream processing
Supports longer planning windows for inventory and campaign scheduling
Best practice expectations at a high level
Keep containers tightly closed when not in use
Store in a cool, dry, well-ventilated area consistent with your site’s SDS policy
Follow internal EHS and QA procedures for inspection and release
Use documentation-driven receiving checks so material condition is verified consistently
This product is intended for industrial and professional buyers who operate under established EHS systems. Acid chlorides can present hazards such as irritation and corrosivity, and they may react with moisture. For B2B customers, the most responsible approach is to treat safety as a system: hazard communication, trained personnel, appropriate PPE under your site policy, and SDS-driven procedures for handling, storage, and emergency response.
How we support compliant procurement
Provide SDS and COA upon request to support site qualification
Support traceability expectations common in regulated supply chains
Communicate clearly about identity and packaging so internal hazard labeling remains accurate
What buyers typically include in their compliance checklist
SDS review and internal EHS approval prior to receipt
Storage classification alignment with site standards
Receiving and transfer SOP fit with existing plant infrastructure
Documentation readiness for customer audits or internal quality reviews
| Item | Specification |
|---|---|
| Product name | Isononanoyl Chloride |
| Alias | 3,5,5-trimethylhexanoyl chloride |
| CAS number | 36727-29-4 |
| Packaging | 200kg/polyethylene plastic drum or according to customer requirements |
Established industrial foundation
Your company profile emphasizes long-term development and a structured organization across R&D and production entities, supporting continuity in supply and technical communication
Management system mindset
The company profile highlights multiple management systems and standards-oriented operations, which B2B buyers value because it reduces supplier risk and improves predictability
B2B cooperation experience
The profile describes long-term cooperation with numerous large enterprises, a signal that the supply model is built for repeat orders, documentation, and qualification expectations
Product line focus in acid chloride series
Acid chloride series is listed as a main product direction, helping buyers trust that this is not a one-off trading item but part of a sustained manufacturing focus
Packaging flexibility
Standard 200kg drum packaging plus customer requirements support makes it easier to adapt to different receiving constraints, export handling preferences, and inventory planning models
Q1 What documents can you provide for supplier qualification
A: Professional buyers typically request SDS and COA for qualification, along with product identity confirmation. If you share your internal vendor approval checklist, we can align documentation and provide the appropriate package for your purchasing and QA workflow.
Q2 What is the CAS number and common alias used in procurement systems
A: The CAS number is 36727-29-4. A common alias is 3,5,5-trimethylhexanoyl chloride. Using both identifiers reduces confusion in multi-supplier procurement and improves internal traceability.
Q3 What packaging do you offer for routine industrial orders
A: The standard packaging stated on the product page is 200kg/polyethylene plastic drum. Packaging can also be arranged according to customer requirements, which supports different warehouse and logistics setups.
Q4 How should we evaluate suitability for our application before bulk purchase
A: The fastest route is a specification-based discussion. Share your target use, required purity or key impurity concerns, and any color or acidity limits that affect your process. We can align a practical specification approach and support a sampling plan consistent with B2B purchasing routines.
Q5 Is this product suitable for moisture-sensitive manufacturing routes
A: Many buyers choose acid chlorides specifically for controlled reactivity, but they are typically moisture-sensitive. The right evaluation approach is to review SDS, confirm your storage and transfer system fit, and qualify material based on the parameters that matter for your conversion and downstream quality.
Q6 Can you support repeat supply and consistent batch expectations
A: B2B customers usually care about batch consistency, traceability, and stable documentation. If you define the quality indicators that matter most for your process, we can support consistent supply expectations and COA-driven receiving efficiency across repeat orders.
