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CFAD Oleochemical Feedstock for Industrial Processing

Looking for CFAD oleochemical feedstock from Indonesia for your industrial processing requirements?

Coconut Fatty Acid Distillate (CFAD) is a fatty-acid-rich material associated with coconut oil refining. Its composition makes it a potential raw material for selected oleochemical processes, depending on the required fatty acid profile, free fatty acid content, impurities, and processing technology.

For oleochemical manufacturers, selecting the right feedstock involves more than comparing the price per metric ton. Feedstock composition, lot-to-lot consistency, analytical documentation, handling requirements, and reliable procurement planning are important considerations.

IEC | Indonesia Export Center facilitates sourcing and export enquiries for Indonesian Coconut Fatty Acid Distillate, helping industrial buyers request supplier information, technical specifications, and bulk quotations.

IEC welcomes enquiries from oleochemical processors, chemical manufacturers, industrial distributors, and procurement teams across Asia.

Request CFAD technical specifications and a bulk export quotation.

WhatsApp: +62 813-3302-277

Website: https://indonesiaexportcenter.com/

Actual manufacturer identity, COA, available quantity, MOQ, packaging, and supply capability must be verified before purchase.

CFAD Reference Specifications for Oleochemical Feedstock

The following figures are supplied reference specifications for Coconut Fatty Acid Distillate.

Technical Parameter	Reference Specification
Free Fatty Acid as Lauric	60% (Min)
Iodine Value (Wijs)	15 (Max)
Moisture & Impurities	0.5% (Max)

These values are reference specification limits, not verified analytical results for a specific production lot.

Oleochemical processors should obtain a current manufacturer-issued specification and lot-specific Certificate of Analysis (COA).

CFAD Feedstock Overview

Item	Information
Product	Coconut Fatty Acid Distillate
Abbreviation	CFAD
Product Category	Coconut-Oil-Derived Industrial Feedstock
Proposed Sourcing Country	Indonesia
Target Market	Asia
Primary Buyers	Oleochemical Processors
Other Buyers	Chemical Manufacturers, Industrial Distributors, Raw Material Traders
Reference FFA as Lauric	60% (Min)
Reference Iodine Value	15 (Max)
Reference Moisture & Impurities	0.5% (Max)
Fatty Acid Composition	To Be Verified
Acid Value	To Be Tested
Saponification Value	To Be Tested
Unsaponifiable Matter	To Be Tested
Manufacturer	To Be Verified
Lot-Specific COA	To Be Requested and Verified
Safety Data Sheet	To Be Requested and Verified
Packaging	To Be Confirmed
MOQ	To Be Confirmed
Available Quantity	To Be Confirmed
Price per MT	Request Quotation
Shipment Lead Time	To Be Confirmed

What Is Coconut Fatty Acid Distillate?

Coconut Fatty Acid Distillate is a coconut-oil-derived material obtained in association with refining processes.

It generally contains a relatively high proportion of free fatty acids, together with other constituents whose concentrations depend on the feedstock and manufacturing process.

CFAD is different from refined edible coconut oil and should be evaluated as an industrial feedstock according to its actual composition.

Typical Composition Categories

Depending on the material, CFAD may contain:

• Free fatty acids
• Residual neutral oil or glycerides
• Unsaponifiable constituents
• Moisture
• Other minor components

The actual percentages must be determined through supplier-specific analysis.

CFAD is not a standardized pure fatty acid product, and it should not be assumed to have the same composition as purified coconut fatty acids.

Why CFAD Composition Matters in Oleochemical Processing

Feedstock composition can affect process efficiency, product quality, and manufacturing costs.

Oleochemical processors should evaluate the actual CFAD material against their process requirements.

Free Fatty Acid Content

FFA is one of the principal indicators used to characterize CFAD.

The supplied reference is:

Free Fatty Acid as Lauric: 60% Minimum

This specification indicates a relatively high free fatty acid fraction.

However, FFA as Lauric is a reporting basis and does not directly indicate the total percentage of lauric acid in the material.

Fatty Acid Profile

The fatty acid composition may influence the suitability of CFAD for specific downstream processes.

Neutral Oil Content

Residual neutral oil or glycerides may affect processing requirements and overall material balance.

Unsaponifiable Matter

Unsaponifiable constituents may be relevant to product purity and downstream separation.

Moisture and Impurities

Moisture and impurities may influence processing, handling, and product quality.

For industrial procurement, these characteristics should be evaluated together rather than independently.

Fatty Acid Composition of CFAD

Coconut-derived fatty acid materials can contain a mixture of saturated and unsaturated fatty acids.

For oleochemical processors, the exact composition may be important when selecting a feedstock for downstream manufacturing.

Fatty Acids to Evaluate

Depending on the application, buyers may request analysis of:

• Caprylic acid (C8:0)
• Capric acid (C10:0)
• Lauric acid (C12:0)
• Myristic acid (C14:0)
• Palmitic acid (C16:0)
• Stearic acid (C18:0)
• Oleic acid (C18:1)
• Linoleic acid (C18:2)

No verified fatty acid percentages have been supplied for the proposed CFAD.

Why the Fatty Acid Profile Matters

A fatty acid profile can help buyers evaluate:

• Feedstock suitability
• Potential downstream product distribution
• Process compatibility
• Product quality requirements
• Separation and fractionation considerations
• Batch consistency

A buyer requiring a particular lauric acid concentration should specify the desired percentage and analytical method in the RFQ.

Understanding CFAD Free Fatty Acid Content

The supplied reference specification is:

FFA as Lauric: 60% Minimum

Free fatty acid content is a key parameter for assessing CFAD.

However, it should be interpreted correctly.

FFA as Lauric Is Not Total Lauric Acid Content

FFA as Lauric expresses free fatty acid content using lauric acid as the calculation basis.

It does not establish the actual percentage of lauric acid in the full fatty acid composition.

For example, a CFAD lot meeting a 60% minimum FFA as Lauric specification is not automatically a material containing 60% lauric acid.

The actual fatty acid profile must be tested separately.

Iodine Value and Feedstock Unsaturation

The supplied reference specification is:

Iodine Value (Wijs): 15 Maximum

Iodine value is used to evaluate the degree of unsaturation in fats, oils, and fatty acid materials.

For oleochemical processing, iodine value can provide useful information about feedstock characteristics.

However, iodine value alone does not establish complete fatty acid composition or downstream product suitability.

Buyers should evaluate it alongside fatty acid profile, acid value, and other relevant parameters.

Moisture and Impurities in CFAD Feedstock

The supplied reference specification is:

Moisture & Impurities: 0.5% Maximum

Moisture and impurities can affect feedstock handling and processing.

Oleochemical processors should evaluate:

• Actual moisture content
• Insoluble impurities
• Storage conditions
• Material handling requirements
• Batch consistency
• Relevant process limitations

The actual analytical result and test method should be verified.

Acid Value and Saponification Value for Oleochemical Processing

Two additional analytical parameters may be important for CFAD feedstock evaluation.

Acid Value

Acid value expresses the amount of potassium hydroxide required to neutralize free fatty acids in one gram of sample.

Unit: mg KOH/g

It can support the evaluation of free acid content and process requirements.

Saponification Value

Saponification value expresses the amount of potassium hydroxide required to neutralize free fatty acids and saponify esterified fatty acids in one gram of sample.

Unit: mg KOH/g

It can provide information about the saponifiable fraction of the material.

Why Both Parameters Matter

Parameter	Main Relevance
Acid Value	Free fatty acid neutralization
Saponification Value	Total saponification-related alkali requirement
FFA as Lauric	Free fatty acid content expressed on a defined basis
Fatty Acid Profile	Distribution of individual fatty acids
Iodine Value	Degree of unsaturation
Moisture & Impurities	Material cleanliness and moisture-related characteristics

No verified acid value or saponification value has been supplied for the proposed CFAD.

CFAD Feedstock Consistency and Batch Quality

For industrial oleochemical processing, consistent feedstock characteristics can help support predictable operations.

However, consistency must be demonstrated through actual supplier records and testing.

Parameters to Monitor Across Batches

• FFA as Lauric
• Acid value
• Saponification value
• Iodine value
• Moisture and impurities
• Fatty acid composition
• Unsaponifiable matter
• Colour
• Other process-specific parameters

Lot-to-Lot Evaluation

Buyers may request COAs from multiple production lots to assess variability.

A single COA does not establish long-term supply consistency.

Acceptance Criteria

The buyer should establish acceptance limits based on the intended process.

Change Control

Where relevant, buyers may request notification of changes in raw material origin, manufacturing process, or product specification.

Potential Oleochemical Applications of CFAD

CFAD may be evaluated for suitable downstream industrial processes.

Potential application categories include:

Fatty Acid Processing

CFAD may be considered for processes involving fatty acid recovery, purification, or further conversion.

Soap and Surfactant Manufacturing

Fatty-acid-rich materials may be evaluated for suitable soap and surfactant production processes.

Industrial Chemical Intermediates

CFAD may be considered for selected chemical manufacturing applications where the composition meets process requirements.

Other Oleochemical Processes

Additional applications should be assessed according to the actual feedstock and process technology.

IEC does not claim that a particular CFAD lot is suitable for any specific industrial process without technical verification.

CFAD vs RBD Coconut Oil as Oleochemical Feedstock

CFAD and RBD Coconut Oil are different material categories.

Feature	CFAD	RBD Coconut Oil
Product Type	Fatty-acid-rich distillate	Refined coconut oil
Free Fatty Acid Content	Relatively high	Generally low
Supplied FFA Reference	60% minimum, as Lauric	0.06% or 0.1% maximum, depending on grade
Feedstock Characteristics	Contains free fatty acids and other constituents	Predominantly triglyceride oil
Processing Requirements	Depend on composition and target product	Depend on composition and target product
Direct Substitution	Requires technical evaluation	Requires technical evaluation

CFAD should not be substituted for RBD Coconut Oil without assessing the impact on processing requirements and final product specifications.

CFAD Quality Documentation for Oleochemical Buyers

Industrial buyers should request appropriate documentation before approving a supplier.

Recommended Documents

1. Manufacturer-issued technical specification
2. Lot-specific Certificate of Analysis
3. Safety Data Sheet
4. Fatty acid composition analysis
5. Acid value result
6. Saponification value result
7. Unsaponifiable matter result, if required
8. Moisture and impurities result
9. Storage and handling recommendations
10. Packaging specifications
11. Product traceability information
12. Relevant certification documents, if claimed

The exact requirements depend on the intended process and destination-country regulations.

Bulk CFAD Packaging for Oleochemical Processors

Packaging should be selected according to the material’s physical properties and the receiving facility’s handling capabilities.

Potential packaging arrangements for evaluation include:

Industrial Drums

Buyers should specify material, net fill, closure, and handling requirements.

Intermediate Bulk Containers

IBCs may be considered where appropriate, subject to compatibility and supplier capability.

Other Bulk Arrangements

Alternative configurations may be evaluated according to supplier facilities and shipment requirements.

Packaging Information to Confirm

• Packaging material
• Net weight
• Gross weight
• Closure system
• Material compatibility
• Handling temperature
• Storage requirements
• Loading configuration
• Transport suitability

No specific CFAD packaging format or loading arrangement has been verified as available.

CFAD Supply for Oleochemical Processors Across Asia

IEC welcomes potential sourcing enquiries from industrial buyers in Asian markets.

Examples of target markets include:

• Malaysia
• Thailand
• Vietnam
• Philippines
• Singapore
• India
• Bangladesh
• Pakistan
• South Korea
• Japan

These are target markets for commercial enquiries, not verified historical export destinations.

Actual import conditions and shipment requirements must be checked for each destination.

CFAD MOQ, Pricing and Supply Planning

Minimum Order Quantity

No fixed MOQ has been verified.

Price per Metric Ton

Current pricing should be requested through a formal quotation.

Available Quantity

Actual stock and production capacity must be confirmed.

Recurring Supply

Oleochemical processors may request scheduled deliveries, subject to verified manufacturer capacity.

Shipment Lead Time

Production and shipment schedules must be confirmed for each order.

CFAD Feedstock Supplier Qualification Checklist

Before purchasing CFAD for oleochemical processing, confirm:

• Actual manufacturer identity

• Manufacturing location

• Product identity as CFAD

• Intended industrial application

• Manufacturer-issued technical specification

• Lot-specific COA

• FFA as Lauric result

• Acid value result

• Saponification value result

• Fatty acid composition

• Iodine value result

• Moisture and impurities result

• Unsaponifiable matter, if required

• Safety Data Sheet

• Packaging compatibility

• MOQ

• Available quantity

• Price and currency

• Incoterm and named place

• Production lead time

• Shipment lead time

• Payment terms

• Destination-country import requirements

• Laboratory or pilot trial approval

Request for Quotation – CFAD Oleochemical Feedstock

Subject: RFQ – Coconut Fatty Acid Distillate for Oleochemical Processing

Dear IEC | Indonesia Export Center Team,

We are interested in sourcing Coconut Fatty Acid Distillate from Indonesia for oleochemical processing.

Please advise whether a suitable manufacturer can provide CFAD meeting our technical and commercial requirements.

BUYER INFORMATION

Company Name: [Company Name] Country: [Country] Business Type: [Oleochemical Processor / Chemical Manufacturer / Industrial Distributor] Contact Person: [Name] Email: [Email] WhatsApp: [Number]

PRODUCT REQUIREMENTS

Product: Coconut Fatty Acid Distillate (CFAD)
Intended Application: Oleochemical Processing
Required Quantity: [MT] Order Frequency: [Trial / One-Time / Monthly / Other]

REFERENCE SPECIFICATIONS

Parameter	Required Value
Free Fatty Acid as Lauric	60% (Min)
Iodine Value (Wijs)	15 (Max)
Moisture & Impurities	0.5% (Max)
Acid Value	[Specify / Request Test Result]
Saponification Value	[Specify / Request Test Result]
Fatty Acid Composition	[Specify / Request Analysis]
Unsaponifiable Matter	[Specify if required]
Other Parameters	[Specify]

Please confirm whether the manufacturer can meet these requirements.

DOCUMENTATION REQUESTED

Please provide, where available:

1. Manufacturer legal name and facility location
2. Current CFAD technical specification
3. Lot-specific COA
4. Safety Data Sheet
5. Fatty acid composition
6. Acid value result
7. Saponification value result
8. Packaging specifications
9. Storage and handling recommendations
10. Sample availability

COMMERCIAL REQUIREMENTS

Preferred Packaging: [Specify] Required Quantity: [MT] Destination Country: [Country] Destination Port: [Port] Requested Incoterm: [FCA / FOB / CFR / CIF / CIP / Other] Target Shipment Period: [Month / Year]

Please advise:

• Minimum order quantity
• Available quantity
• Price per MT
• Currency
• Packaging options
• Production lead time
• Estimated shipment lead time
• Payment terms
• Quotation validity
• Recurring supply capability

We will evaluate the material’s suitability through technical review and, where necessary, laboratory or pilot trials before commercial approval.

Thank you. We look forward to your quotation and supporting documentation.

Kind regards,

[Your Name] [Company Name] [Country]

SEND YOUR CFAD OLEOCHEMICAL FEEDSTOCK ENQUIRY VIA WHATSAPP

https://wa.me/628133302277

Frequently Asked Questions – CFAD Oleochemical Feedstock

1. What is CFAD oleochemical feedstock?

CFAD is a coconut-oil-derived fatty-acid-rich material that may be evaluated as a feedstock for suitable oleochemical processes.

2. What is the supplied CFAD FFA specification?

60% minimum, expressed as Lauric.

3. Does 60% FFA as Lauric mean 60% lauric acid?

No. FFA expressed as Lauric is a reporting basis, not a direct measurement of total lauric acid composition.

4. Why is fatty acid composition important?

The fatty acid profile can influence process suitability and downstream product characteristics.

5. What is the supplied iodine value specification?

15 maximum, using the Wijs method.

6. What is the supplied moisture and impurities limit?

0.5% maximum.

7. Why is acid value important?

Acid value helps evaluate free fatty acid neutralization requirements.

8. Why is saponification value important?

Saponification value helps assess the total saponification-related alkali requirement.

9. Is CFAD the same as RBD Coconut Oil?

No. CFAD is a fatty-acid-rich distillate, while RBD Coconut Oil is a refined oil product.

10. Can CFAD be used for soap manufacturing?

It may be evaluated for suitable processes, subject to composition and process compatibility.

11. Can buyers request fatty acid composition testing?

Yes. Availability must be confirmed with the supplier.

12. Can buyers request a lot-specific COA?

Yes. Actual availability must be confirmed.

13. What is the minimum order quantity?

No fixed MOQ has been verified.

14. Can oleochemical processors request recurring bulk supply?

Yes. Feasibility depends on verified manufacturer capacity and commercial arrangements.

15. Does IEC have verified CFAD stock for immediate shipment?

No specific stock availability has been independently verified for this page.

Request CFAD Oleochemical Feedstock from Indonesia

Selecting CFAD oleochemical feedstock requires careful evaluation of free fatty acid content, fatty acid composition, acid value, saponification value, iodine value, moisture and impurities, and lot-to-lot consistency.

For oleochemical processors, technical compatibility and predictable raw material quality are essential procurement considerations.

IEC | Indonesia Export Center welcomes enquiries from industrial buyers seeking potential Indonesian Coconut Fatty Acid Distillate sourcing.

IEC | INDONESIA EXPORT CENTER

CONNECTING INDONESIAN PRODUCTS TO THE WORLD

Product: Coconut Fatty Acid Distillate (CFAD)

Product Category: Coconut-Oil-Derived Industrial Feedstock

Proposed Sourcing Country: Indonesia

Target Market: Asia

Target Buyers: Oleochemical Processors, Chemical Manufacturers, and Industrial Raw Material Distributors

Reference FFA as Lauric: 60% (Min)

Reference Iodine Value: 15 (Max)

Reference Moisture & Impurities: 0.5% (Max)

Fatty Acid Composition: To Be Verified

Acid Value: To Be Tested

Saponification Value: To Be Tested

Manufacturer: To Be Verified

Lot-Specific COA: To Be Requested and Verified

Safety Data Sheet: To Be Requested and Verified

Certifications: To Be Verified

MOQ: To Be Confirmed

Available Quantity: To Be Confirmed

Packaging: To Be Confirmed

Price per MT: Request Quotation

Shipment Lead Time: To Be Confirmed

Request CFAD Specifications and Bulk Quotation for Oleochemical Processing

Website: https://indonesiaexportcenter.com/

WhatsApp: +62 813-3302-277

REQUEST CFAD OLEOCHEMICAL FEEDSTOCK QUOTATION

Contact us for specifications, quotations, and export inquiries.

Technical and Commercial Disclaimer: This page provides general technical and sourcing information about Coconut Fatty Acid Distillate for potential oleochemical applications. The numerical values shown are supplied reference specifications, not actual lot-specific COA results. No specific manufacturer, certification, COA, SDS, acid value, saponification value, fatty acid composition, stock, MOQ, packaging configuration, price, production capacity, or shipment lead time has been independently verified. Industrial suitability, feedstock composition, process compatibility, safety classification, and destination-country regulatory requirements must be assessed for the actual material. IEC facilitates sourcing and export enquiries; the actual manufacturer, contractual seller, and exporter of record must be confirmed for each transaction.