Oleochemicals

Unleash the power of nature with palm-derived oleochemicals

Made from vegetable oil, our oleochemicals offer sustainable and versatile solutions for a range of applications. From everyday essentials like soaps and detergents, to industrial uses such as lubricants, pharmaceuticals, plastics, rubber, and animal feed, our products shape everyday moments in countless ways.

Sinar Mas Oleochemical and our joint venture, Sinarmas Cepsa, are your partners for eco-friendly and versatile palm-based oleochemicals. We offer an extensive product range made under the most stringent quality control including: fatty acids, fatty alcohols, glycerine, and soap noodles.

2 state-of-the-art facilities in Medan and Dumai, Indonesia

500,000 tonnes of oleochemicals annually, derived from responsibly-sourced palm and palm kernel oils and fats

oleochemical refinery

Our oleochemical plant in Medan, Indonesia

Beyond our standard offerings listed below, we specialise in custom solutions for all your needs.

Discover the benefits of palm-derived oleochemicals in everyday products

Why choose palm-derived oleochemicals?

Cost-Effective

Stemming from its efficient processing and high yield, oil palm is cost-effective, making it an economically-viable choice for a wide range of uses.

Highly Productive and Land Efficient

Oil palm stands out as the most efficient vegetable oil crop, producing more oil per hectare than any other major oil variety. This superior yield means it requires significantly less land to produce the same amount of oil as other vegetable oil crops.

Stable and Reliable Supply

Oil palm cultivation ensures a stable and reliable supply, thanks to its consistent year-round production and resilience to varying environmental conditions.

Natural and Renewable Source

Oil palm can be cultivated and harvested sustainably, making it an eco-friendly alternative to traditional petrochemicals.

Functional, Safe, and Biodegradable

A preferred choice for functionality, safety in beauty and pharmaceutical products, and biodegradability, ideal for brands looking to enhance their natural product portfolio.

Interested to feature oleochemicals in your products?

Speak with our product experts

Certification

EFfCI (GMP for Cosmetic Ingredients)
EU REACH
FDA USA
Glycerine Food Grade Certificate
GMP+FSA Feed Safety
HACCP Food Safety
HALAL
ISO 14001

ISO 17025
ISO 22000 Food Safety
ISO 45001
ISO 9001 (QMS)
KOSHER OU
PROPER (Environment Compliance Rating)
RSPO SCC
SMK3 (Indonesia Safety & Occupational Health Certificate)

Browse our catalogue of palm-derived oleochemicals

Short-Chain Fatty Acids

Derived primarily from Crude Palm Kernel Oil (CPKO), we offer short-chain fractions for an extensive variety of applications. Our short-chain fractions include caprylic acid, capric acid, and other associated blends.

Food Esters (Medium Chain Triglycerides/MCT)

Jet Lubricants

Metalworking Fluids

Agrochemicals

Caprylic Acid 99%

Capric Acid 99%

Caprylic Capric Acid Blend

Compare our short-chain fatty acids

Specifications	Sinar-FA 0899 Caprylic Acid 99%
Acid Value (mg KOH/g)	386 – 390
Saponification Value (mg KOH/g)	386 – 390
Iodine Value (cg l₂/g)	0.2 Max
Colour (APHA)	50 Max
Titre (°C)	15.0 – 17.0
Water Content (%)	0.2 Max
Composition (%)
C6	0.5 Max
C8 & Below	–
C8	99.0 Min
C10	1.0 Max
C12	–
Others	0.5 Max
Product Form	Liquid at 17°C

Specifications	Sinar-FA 1099 Capric Acid 99%
Acid Value (mg KOH/g)	323 – 327
Saponification Value (mg KOH/g)	324 – 327
Iodine Value (cg l₂/g)	0.2 Max
Colour (APHA)	50 Max
Titre (°C)	30.0 – 32.0
Water Content (%)	0.2 Max
Composition (%)
C6	–
C8 & Below	1.0 Max
C8	–
C10	99.0 Min
C12	1.0 Max
Others	0.5 Max
Product Form	Liquid at 32°C

Specifications	Sinar-FA 0810 Caprylic Capric Acid Blend	Sinar-FA 0810M Caprylic Capric Acid Blend
Acid Value (mg KOH/g)	352 – 365	359 – 367
Saponification Value (mg KOH/g)	353 – 366	359 – 368
Iodine Value (cg l₂/g)	1.0 Max	0.5 Max
Colour (APHA)	200 Max	50 Max
Titre (°C)	7.0 Max	7.0 Max
Water Content (%)	–	0.2 Max
Composition (%)
C6	0.5 Max	0.5 Max
C8 & Below	–	–
C8	50.0 – 55.0	57.0 – 62.0
C10	44.0 – 49.0	38.0 – 43.0
C12	1.0 Max	0.5 Max
Others	1.0 Max	0.5 Max
Product Form	Liquid at 7°C	Liquid at 7°C

Specifications	Sinar-FA 0899 Caprylic Acid 99%	Sinar-FA 1099 Capric Acid 99%	Sinar-FA 0810 Caprylic Capric Acid Blend	Sinar-FA 0810M Caprylic Capric Acid Blend
Acid Value (mg KOH/g)	386 – 390	323 – 327	352 – 365	359 – 367
Saponification Value (mg KOH/g)	386 – 390	324 – 327	353 – 366	359 – 368
Iodine Value (cg l₂/g)	0.2 Max	0.2 Max	1.0 Max	0.5 Max
Colour (APHA)	50 Max	50 Max	200 Max	50 Max
Titre (°C)	15.0 – 17.0	30.0 – 32.0	7.0 Max	7.0 Max
Water Content (%)	0.2 Max	0.2 Max	–	0.2 Max
Composition (%)
C6	0.5 Max	–	0.5 Max	0.5 Max
C8 & Below	–	1.0 Max	–	–
C8	99.0 Min	–	50.0 – 55.0	57.0 – 62.0
C10	1.0 Max	99.0 Min	44.0 – 49.0	38.0 – 43.0
C12	–	1.0 Max	1.0 Max	0.5 Max
Others	0.5 Max	0.5 Max	1.0 Max	0.5 Max
Product Form	Liquid at 17°C	Liquid at 32°C	Liquid at 7°C	Liquid at 7°C

Mid-Chain Fatty Acids

Derived primarily from Crude Palm Kernel Oil (CPKO), we offer mid-chain fractions for an extensive variety of applications. Our mid-chain fractions include lauric acid and myristic acid.

Cosmetics and Personal Care

Chemical Intermediates

Detergents and Soaps

Lauric Acid 99%

Myristic Acid 99%

Lauric Acid 70%

Compare our mid-chain fatty acids

Specifications	Sinar-FA 1299 Lauric Acid 99%
Acid Value (mg KOH/g)	278 – 282
Saponification Value (mg KOH/g)	279 – 283
Iodine Value (cg l₂/g)	0.2 Max
Colour (APHA)	40 Max
Titre (°C)	43.0 – 44.0
Water Content (%)	–
Composition (%)
C10 & Below	1.0 Max
C12 & Below	–
C12	99.0 Min
C14	1.0 Max
C16	–
Others	0.5 Max
Product Form	Bead/Flake or Liquid at 45°C

Specifications	Sinar-FA 1499 Myristic Acid 99%
Acid Value (mg KOH/g)	244 – 247
Saponification Value (mg KOH/g)	245 – 249
Iodine Value (cg l₂/g)	0.2 Max
Colour (APHA)	40 Max
Titre (°C)	53.0 – 54.0
Water Content (%)	–
Composition (%)
C10 & Below	–
C12 & Below	1.0 Max
C12	–
C14	99.0 Min
C16	1.0 Max
Others	0.5 Max
Product Form	Bead/Flake or Liquid at 54°C

Specifications	Sinar-FA 1270 Lauric Acid 70%
Acid Value (mg KOH/g)	269 – 275
Saponification Value (mg KOH/g)	270 – 275
Iodine Value (cg l₂/g)	0.5 Max
Colour (APHA)	50 Max
Titre (°C)	33.0 – 35.0
Water Content (%)	0.2 Max
Composition (%)
C10 & Below	1.0 Max
C12 & Below	–
C12	70.0 – 75.0
C14	24.0 – 29.0
C16	1.0 Max
Others	0.5 Max
Product Form	Liquid at 35°C

Specifications	Sinar-FA 1299 Lauric Acid 99%	Sinar-FA 1499 Myristic Acid 99%	Sinar-FA 1270 Lauric Acid 70%
Acid Value (mg KOH/g)	278 – 282	244 – 247	269 – 275
Saponification Value (mg KOH/g)	279 – 283	245 – 249	270 – 275
Iodine Value (cg l₂/g)	0.2 Max	0.2 Max	0.5 Max
Colour (APHA)	40 Max	40 Max	50 Max
Titre (°C)	43.0 – 44.0	53.0 – 54.0	33.0 – 35.0
Water Content (%)	–	–	0.2 Max
Composition (%)
C10 & Below	1.0 Max	–	1.0 Max
C12 & Below	–	1.0 Max	–
C12	99.0 Min	–	70.0 – 75.0
C14	1.0 Max	99.0 Min	24.0 – 29.0
C16	–	1.0 Max	1.0 Max
Others	0.5 Max	0.5 Max	0.5 Max
Product Form	Bead/Flake or Liquid at 45°C	Bead/Flake or Liquid at 54°C	Liquid at 35°C

Long-Chain Fatty Acids

Our range of long-chain fatty acids, including stearic, oleic, and palmitic acid, comes from Crude Palm Kernel Oil (CPKO) and Refined Bleached Deodorised Palm Stearin (RBDPS). These acids are popular for their versatility and are used in various applications, from cosmetics and personal care to rubber and plastics manufacturing.

Plastics & PVC

Rubber

Pharmaceuticals

Candles

Animal Feed Additives

Cosmetics and Personal Care

Stearic Acids 65%+

Stearic Acids 40% - 65%

Rubber Grade Stearic Acid (RGSA)

Palmitic Acids – Hydrogenated

Palmitic Acids – Unhydrogenated

Oleic Acids

Stearic Acids

Stearic Acids 65%+

Specifications	Sinar-FA 1865	Sinar-FA 1895
Acid Value (mg KOH/g)	201 – 209	193 – 202
Saponification Value (mg KOH/g)	202 – 210	194 – 203
Iodine Value (cg l₂/g)	0.5 Max	1.0 Max
Colour (APHA)	70 Max	90 Max
Titre (°C)	58.0 – 62.0	66.0 – 69.0
Composition (%)
C12	1.0 Max	–
C14	2.0 Max	–
C16 & Below	–	3.0 Max
C16	30.0 – 34.0	–
C18:0	65.0 – 68.0	95.0 Min
C18:1	1.0 Max	–
C18:1 & Above	–	1.0 Max
C20	1.0 Max	–
Others	1.0 Max	2.0 Max
Product Form	Bead/Flake or Liquid at 62°C	Bead/Flake

Stearic Acids

Stearic Acids 40% – 65%

Specifications	Sinar-FAH	Sinar-FAB	Sinar-FAG	Sinar-FAS	Sinar-FAK	Sinar-FAT
Acid Value (mg KOH/g)	206 – 214	206 – 214	206 – 214	206 – 212	205 – 210	199 – 209
Saponification Value (mg KOH/g)	207 – 215	207 – 215	207 – 215	207 – 213	206 – 211	200 – 210
Iodine Value (cg l₂/g)	0.3 Max	0.5 Max	1.0 Max	0.5 Max	0.5 Max	1.0 Max
Colour (APHA)	50 Max	80 Max	100 Max	80 Max	50 Max	100 Max
Titre (°C)	52.0 – 56.0	52.0 – 56.0	52.0 – 56.0	54.0 – 56.0	55.0 – 57.0	54.0 – 59.0
HS Colour @205°C/2 Hours/Air (APHA)	90 Max	–	–	–	–	–
Composition (%)
C12	–	–	–	–	1.0 Max	–
C14 & Below	3.0 Max	3.0 Max	3.0 Max	3.0 Max	–	3.0 Max
C14	–	–	–	–	2.0 Max	–
C16	57.0 – 61.0	58.0 – 63.0	57.0 – 62.0	53.0 – 57.0	43.0 – 48.0	34.0 – 38.0
C18:0	38.0 – 42.0	37.0 – 41.0	37.0 – 41.0	41.0 – 45.0	50.0 – 54.0	60.0 – 64.0
C20	–	–	–	–	1.0 Max	1.0 Max
Others	1.0 Max	1.0 Max	1.0 Max	1.0 Max	1.0 Max	1.0 Max
Product Form	Bead/Flake or Liquid at 56°C	Bead/Flake or Liquid at 56°C	Bead/Flake or Liquid at 56°C	Bead/Flake or Liquid at 56°C	Bead/Flake or Liquid at 57°C	Bead/Flake

Stearic Acids

Rubber Grade Stearic Acid (RGSA)

Specifications	Sinar-FAR	Sinar-FAR40
Acid Value (mg KOH/g)	196 – 216	196 – 216
Saponification Value (mg KOH/g)	197 – 217	197 – 217
Iodine Value (cg l₂/g)	2.0 Max	3.0 Max
Lovibond Colour in 5.25” cell (Y/R)	10.0/3.0 Max	30.0/5.0 Max
Colour (APHA)	250 Max	–
Colour GADNER	–	7 Max
Titre (°C)	50 Min	50 Min
Composition (%)
C14 & Below	5.0 Max	–
C16	36.0 – 48.0	–
C18:0	48.0 – 55.0	–
Others	2.0 Max	–
Product Form	Bead/Flake	Bead/Flake

Palmitic Acids – Hydrogenated

Specifications	Sinar-FA 1680 Palmitic Acid (80-89%)	Sinar-FA 1698 Palmitic Acid 98%
Acid Value (mg KOH/g)	215 – 230	217 – 220
Saponification Value (mg KOH/g)	216 – 231	218 – 221
Iodine Value (cg l₂/g)	1.0 Max	0.5 Max
Lovibond Colour in 5.25” cell (Y/R)	3.0/0.3 Max	1.0/0.2 Max
Colour (APHA)	–	50 Max
Titre (°C)	55.0 – 60.0	61.0 – 63.0
Composition (%)
C14 & Below	20.0 Max	2.0 Max
C16	80.0 – 89.0	98.0 Min
C18	10.0 Max	1.0 Max
Others	2.0 Max	1.0 Max
Product Form	Bead/Flake or Liquid at 60°C	Bead/Flake or Liquid at 63°C

Palmitic Acids – Unhydrogenated

Specifications	Sinar-FA 1680UH Palmitic Acid 80%	Sinar-FA 1685UH Palmitic Acid 85%	Sinar-FA 1690UH Palmitic Acid 90%	Vegfat 16M
Acid Value (mg KOH/g)	212 – 220	212 – 224	215 – 225	–
Saponification Value (mg KOH/g)	213 – 221	213 – 225	216 – 226	–
Iodine Value (cg l₂/g)	15.0 Max	15.0 Max	10.0 Max	15.0 Max
Lovibond Colour in 5.25” cell (Y/R)	10.0/1.0 Max	–	5.0/0.5 Max	5.0/1.0 Max
Peroxide Value (meq/kg)	–	3.0 Max	–	–
Titre (°C)	55.0 – 60.0	–	55.0 – 63.0	50.0 Min
Water Content (%)	1.0 Max	0.4 Max	–	0.4 Max
Insoluble Impurities (%)	1.0 Max	–	–	–
Melting Point (°C)	–	55 – 60	–	–
Unsaponifiable Matter (%)	1.0 Max	–	–	–
Crude Fat (%)	–	99.5 Min	–	99.0 Min
Free Fatty Acid as Palmitic Acid (%)	95.0 Min	–	–	70.0 Min
Total Fat (%)	99.0 Min	–	–	–
Composition (%)
C12	–	2.0 Max	–	2.0 Max
C14 & Below	3.0 Max	–	10.0 Max	–
C14	–	5.0 Max	–	5.0 Max
C16	80.0 Min	85.0 – 89.0	90.0 Min	80.0 Min
C18	–	5.0 Max	–	10.0 Max
C18:1	–	3.0 – 12.0	–	12.0 Max
C18:2	–	0.5 – 3.0	–	3.0 Max
C18 & Above	20.0 Max	–	10.0 Max	–
Others	2.0 Max	2.0 Max	2.0 Max	–
Product Form	Bead	Bead/Flake	Bead/Flake	Bead/Flake or Liquid at 55°C

Oleic Acids

Specifications	Sinar-OL72 Oleic Acid 72%	Sinar-OL75 Oleic Acid 75%
Acid Value (mg KOH/g)	195 – 205	197 – 205
Saponification Value (mg KOH/g)	196 – 206	198 – 207
Iodine Value (cg l₂/g)	90.0 Min	90.0 Min
Lovibond Colour in 5.25” cell (Y/R)	10.0/1.0 Max	10.0/1.0 Max
Titre (°C)	–	9.0 Max
Cloud Point (°C)	10.0 Max	8.0 Max
Composition (%)
C18:0 & Below	14.0 Max	14.0 Max
C18:1	72.0 Min	75.0 Min
C18:2	18.0 Max	14.0 Max
Others	1.5 Max	1.5 Max
Product Form	Liquid at 9°C	Liquid at 9°C

Distilled Fatty Acids

Our Distilled Fatty Acids (DFA), made through the careful distillation of crude palm oil, are split into distinct fractions for maximised utility across various industries. Our DFA include Distilled Palm Stearin Fatty Acids (DPSFA) and Distilled Palm Oil Fatty Acids (DPOFA).

Soaps

Personal Care

Detergents

Distilled Palm Stearin Fatty Acids (DPSFA)

Distilled Palm Olein Fatty Acids (DPOFA)

Compare our DFA

Specifications	Sinar-DPSFA Distilled Palm Stearin Fatty Acids
Acid Value (mg KOH/g)	205 – 212
Saponification Value (mg KOH/g)	206 – 213
Iodine Value (cg l₂/g)	42 – 46
Colour (APHA)	60 Max
Lovibond Colour in 5.25” cell (Y/R)	–
Titre (°C)	47.0 – 53.0
Moisture (%)	0.2 Max
Composition (%)
C14:0 & Below	1.5 Max
C16	47 – 54
C18	9.0 Max
C18:1	30 – 37
C18:2	9.0 Max
C20	1.0 Max
Product Form	Bead/Liquid

Specifications	Sinar-DPOFA Distilled Palm Olein Fatty Acids
Acid Value (mg KOH/g)	198 – 205
Saponification Value (mg KOH/g)	199 – 206
Iodine Value (cg l₂/g)	72 Min
Lovibond Colour in 5.25” cell (Y/R)	10.0/1.0 Max
Titre (°C)	48 Max
Moisture (%)	0.2 Max
Composition (%)
C14:0 & Below	1.0 Max
C16	16 – 22
C18	3 – 9
C18:1	58 – 63
C18:2	11 – 16
C20	–
Others	1.0 Max
Product Form	Liquid

Distilled Fatty Acids

Specifications	Sinar-DPSFA Distilled Palm Stearin Fatty Acids	Sinar-DPOFA Distilled Palm Olein Fatty Acids
Acid Value (mg KOH/g)	205 – 212	198 – 205
Saponification Value (mg KOH/g)	206 – 213	199 – 206
Iodine Value (cg l₂/g)	42 – 46	72 Min
Colour (APHA)	60 Max
Lovibond Colour in 5.25” cell (Y/R)	–	10.0/1.0 Max
Titre (°C)	47.0 – 53.0	48 Max
Moisture (%)	0.2 Max	0.2 Max
Composition (%)
C14:0 & Below	1.5 Max	1.0 Max
C16	47 – 54	16 – 22
C18	9.0 Max	3 – 9
C18:1	30 – 37	58 – 63
C18:2	9.0 Max	11 – 16
C20	1.0 Max	–
Others		1.0 Max
Product Form	Bead/Liquid	Liquid

Fatty Acid Blends

Our fatty acid blends play a key role in making surfactants. These surfactants appear in products like toilet soaps, laundry detergents, fabric softeners, heavy-duty detergents, and shampoos. Our blends include palm kernel distribution, which has excellent foaming properties and cleansing abilities, and coconut oil distribution, known for its solubility and strong cleaning power.

Surfactants

for toilet soaps, laundry detergents, fabric softeners, shampoos

Palm Kernel Blends

Coconut Oil Blends

Fatty Acid Blends

Palm Kernel Blends

Specifications	Sinar-FAPK0818 Distilled Palm Kernel Fatty Acid (DPKFA)	Sinar-FAPK0818H Hydrogenated DPKFA	Sinar-FAPK1218 Distilled Topped Palm Kernel Fatty Acid	Sinar-FAPK1218H Hydrogenated DTPKFA
Acid Value (mg KOH/g)	248 – 263	248 – 263	246 – 255	246 – 258
Saponification Value (mg KOH/g)	249 – 264	249 – 264	247 – 256	247 – 259
Iodine Value (cg l₂/g)	20.0 Max	1.0 Max	14.0 – 22.0	1.0 Max
Lovibond Colour in 5.25” cell (Y/R)	5.0/0.5 Max	5.0/0.5 Max	5.0/0.5 Max	5.0/0.5 Max
Titre (°C)	20.0 – 28.0	28.0 – 34.0	25.0 – 28.0	33.0 – 38.0
Moisture (%)	–	–	0.5 Max	0.2 Max
Unsaponifiable Matter (%)	–	–	1.0 Max	–
Composition (%)
C6	0.5 Max	0.5 Max	–	–
C8 & Below	–	–	0.1 Max	–
C8	2.0 – 5.0	2.0 – 5.0	–	–
C10 & Below	–	–	–	2.0 Max
C10	2.0 – 5.0	2.0 – 5.0	1.5 Max	–
C12	46.0 – 54.0	46.0 – 54.0	48.0 – 58.0	48.0 – 58.0
C14	13.0 – 18.0	13.0 – 18.0	14.0 – 20.0	14.0 – 20.0
C16	6.0 – 12.0	6.0 – 12.0	7.0 – 12.0	7.0 – 12.0
C18:0	1.0 – 4.0	14.0 – 24.0	1.5 – 4.0	14.0 – 24.0
C18:1	12.0 – 18.0	–	12.0 – 20.0	1.0 Max
C18:2	4.0 Max	–	1.0 – 4.0	–
C20	–	–	–	0.5 Max
Others	1.0 Max	1.0 Max	1.0 Max	1.0 Max
Product Form	Liquid at 28°C	Liquid at 34°C	Liquid at 28°C	Liquid at 38°C

Fatty Acid Blends

Coconut Oil Blends

Specifications	Sinar-FACN0818 Distilled Coconut Fatty Acid	Sinar-FACN0818H Hydrogenated DCFA	Sinar-FACN1218 Distilled Topped Coconut Fatty Acid	Sinar-FACN1218H Hydrogenated DTCFA
Acid Value (mg KOH/g)	265 – 275	265 – 275	251 – 261	251 – 260
Saponification Value (mg KOH/g)	266 – 275	266 – 275	251 – 263	252 – 261
Iodine Value (cg l₂/g)	7.0 – 11.0	0.5 Max	7.0 – 12.0	0.5 Max
Lovibond Colour in 5.25” cell (Y/R)	5.0/0.5 Max	2.0/0.2 Max	6.0/0.8 Max	2.0/0.2 Max
Titre (°C)	22.0 – 26.0	24.0 – 30.0	–	29.0 – 32.0
Moisture (%)	0.2 Max	0.2 Max	0.2 Max	0.2 Max
Unsaponifiable Matter (%)	–	0.5 Max	1.0 Max	0.5 Max
Composition (%)
C6	1.0 Max	0.5 Max	–	–
C8 & Below	–	–	–	0.3 Max
C8	2.0 – 10.0	5.0 – 8.0	–	–
C10 & Below	–	–	1.0 Max	–
C10	4.0 – 8.0	5.0 – 8.0	–	0.5 Max
C12	46.0 – 52.0	47.0 – 53.0	51.0 – 58.0	51.0 – 58.0
C14	17.0 – 21.0	15.0 – 21.0	18.0 – 23.0	19.0 – 25.0
C16	8.0 – 12.0	8.0 – 12.0	8.0 – 13.0	8.0 – 12.0
C18:0	3.0 Max	6.0 – 13.0	4.0 Max	7.0 – 12.0
C18:1	3.0 – 9.0	0.5 Max	7.0 – 11.0	0.5 Max
C18:2	2.0 Max	–	3.0 Max	–
C20	0.5 Max	–	0.5 Max	1.0 Max
Others	0.5 Max	1.0 Max	–	–
Product Form	Liquid at 26°C	Liquid at 30°C	Liquid at 30°C	Liquid at 32°C

Soap Noodles

We produce our soap noodles by mixing oils or fatty acids with an alkali and enriching them with lauric acid, so that they foam and cleanse effectively. These noodles are the cornerstone for making various soaps, from bathroom to laundry varieties, and offer dependable quality.

Base material in the production of toilet, laundry, and multipurpose soaps

Soap Noodles

Specifications	Sinar-SN8020	Sinar-SN8020A	Sinar-SN8515	Sinar-SN9010	Sinar-SN9010A
Total Fatty Matter (%)	78.0 – 81.0	78.0 – 81.0	78.0 – 81.0	78.0 – 81.0	78.0 – 81.0
Moisture (%)	11.0 – 14.0	11.0 – 14.0	11.0 – 14.0	11.0 – 14.0	11.0 – 14.0
Sodium Chloride (%)	0.3 – 0.7	0.3 – 0.7	0.3 – 0.7	0.3 – 0.7	0.3 – 0.7
Glycerin Content (%)	1.0 Max	1.0 Max	1.0 Max	1.0 Max	1.0 Max
C12 Content (%)	9.0 – 11.0	9.0 – 11.0	7.0 – 8.0	4.0 – 6.0	4.0 – 6.0
FFA as Palmitic (%)	1.3 Max	–	1.3 Max	1.3 Max	–
Free Alkali as NaOH (%)	–	0.05 Max	–	–	0.05 Max
Colour	White	White	White	White	White
Chelating Agent	Present	Present	Present	Present	Present
Titre (°C)	46 Max	46 Max	46 Max	47 Max	47 Max
Product Form	Noodle	Noodle	Noodle	Noodle	Noodle

Glycerine

Discover the versatility of refined glycerine – an ingredient that enhances food textures, adds sweetness, and can act as a humectant and softener. Beyond food uses, it’s a key renewable resource in producing Epichlorohydrin (ECH) and Glycerol Carbonate, crucial for various industrial applications.

Leather Treatment

Toothpaste, Skincare, and Personal Care

Surfactants & Detergents

Plasticisers (Paper Industry)

Lubricants

Glycerine

Refined Glycerine

Specifications	Sinar-GLUSP USP Glycerin	Sinar-GL997 USP Glycerin	Sinar-GL997A E422, EP Glycerin
Glycerin Content (%)	99.7 Min	99.7 Min	99.7 Min
Specific Gravity at 25/25 °C	1.2613 Min	1.2613 Min	1.2613 Min
Colour (APHA)	5 Max	5 Max	5 Max
Sulfated Ash (%)	0.01 Max	0.01 Max	0.01 Max
Chlorides (ppm)	10 Max	10 Max	10 Max
Chlorinated Compounds (ppm)	10 Max	30 Max	30 Max
Fatty Acids & Ester (ml NaOH 0.5N)	0.2 Max	1.0 Max	1.0 Max
Fatty Acids & Ester (% Butyric Acid)	–	–	0.1 Max
Assay (%)	99.0 – 101.0	99.0 – 101.0	99.0 – 101.0
Diethylene Glycol (%)	0.10 Max	0.10 Max	0.10 Max
Ethylene Glycol (%)	0.10 Max	0.10 Max	–
Saponification Equivalent (meq/100g)	0.2 Max	–	–
Water (%)	0.3 Max	0.3 Max	0.3 Max
Total Impurities (%)	0.5 Max	1 Max	0.5 Max
Halogenated Compounds (ppm)	–	–	35 Max
Acidity or Alkalinity	–	–	0.2 Max
Ester (ml HCL 0.1M)	–	–	8.0 Min
Heavy Metal (ppm)	5 Max	–	–
Sulfate (ppm)	20 Max	20 Max	–
Aldehyde (ppm)	–	–	10 Max
Arsenic (ppm)	1.5 Max	1.5 Max	3.0 Max
Cadmium (ppm)	0.5 Max	0.5 Max	1.0 Max
Lead (ppm)	1.0 Max	1.0 Max	2.0 Max
Mercury (ppm)	1.5 Max	1.5 Max	1.0 Max
Butanetriols (GC Impurity A) (%)	–	–	0.2 Max
3-Monochloropropane-1,2-Diol (3-MCPD) (ppm)	–	–	0.1 Max
Product Form	Liquid	Liquid	Liquid

Fatty Esters

Our Fatty Esters are tailored for a wide spectrum of industrial and personal care applications, offering emollient, solvent, and lubricating properties. Produced from high-purity fatty acids and alcohols, these esters serve as key ingredients in cosmetics, pharmaceuticals, and functional fluids. Our range includes Medium-Chain Triglycerides (MCT) Esters, 2‑Ethylhexyl (2‑EH) Esters, Isopropyl (IP) Esters, and Trimethylolpropane (TMP) Esters.

Food & Beverages

Personal Care

Pharmaceuticals

Animal Nutrition

Medium Chain Triglycerides (MCT) Esters

2-Ethylhexyl (2-EH) Esters

Isopropyl (IP) Esters

Trimethylolpropane (TMP) Esters

Specifications	SINAR-ES MCT C8	SINAR-ES MCT 6040
Description	Caprylic Acid Triglyceride (Medium Chain Triglyceride)	Caprylic Capric Triglyceride (Medium Chain Triglyceride)
Product Form	Liquid	Liquid
Acid Value (mg KOH/g)	0.1 Max	0.1 Max
Saponification Value (mg KOH/g)	325 – 355	325 – 355
Iodine Value (cg I₂/g)	0.5 Max	0.5 Max
Hydroxyl Value (mg KOH/g)	6 Max	6 Max
Colour (APHA)	50 Max	50 Max
Moisture (%)	0.1 Max	0.1 Max
Carbon Chain Composition (%)
C6	1 Max	–
C8	98 Min	53 – 65
C10	1 Max	35 – 47
Packaging	Steel Drum, Plastic Drum, Isotank Container, IBC

Specifications	2-Ethylhexyl Cocoate (SINAR-ES 2EHC)	2-Ethylhexyl Laurate (SINAR-ES 2EHL)	2-Ethylhexyl Oleate (SINAR-ES 2EHO)	2-Ethylhexyl Palmitate (SINAR-ES 2EHP)	2-Ethylhexyl Stearate (SINAR-ES 2EHS)
Product Form	Liquid	Liquid	Liquid	Liquid	Liquid
Acid Value (mg KOH/g)	0.5 Max	0.5 Max	0.5 Max	0.5 Max	0.5 Max
Saponification Value (mg KOH/g)	170 – 185	174 – 185	120 – 185	145 – 158	130 – 170
Iodine Value (cg I₂/g)	16 Max	1.0 Max	58 – 100	1.0 Max	1.0 Max
Hydroxyl Value (mg KOH/g)	5.0 Max	5.0 Max	5.0 Max	5.0 Max	5.0 Max
Colour (APHA)	75 Max	100 Max	–	40 Max	100 Max
Colour (GARDNER)	–	–	2 Max	–	–
Moisture (%)	0.1 Max	0.1 Max	0.1 Max	0.1 Max	0.1 Max
Packaging	Steel Drum, Plastic Drum, Isotank Container, IBC

Specifications	Isopropyl Laurate (SINAR-ES IPL)	Isopropyl Myristate (SINAR-ES IPM)	Isopropyl Palmitate (SINAR-ES IPP)
Product Form	Liquid	Liquid	Liquid
Acid Value (mg KOH/g)	0.5 Max	0.5 Max	0.5 Max
Saponification Value (mg KOH/g)	225 – 236	202 – 223	180 – 198
Iodine Value (cg I₂/g)	0.5 Max	0.5 Max	1.0 Max
Colour (APHA)	25 Max	25 Max	25 Max
Moisture (%)	0.1 Max	0.1 Max	0.1 Max
Carbon Chain Composition (%)
C12	98 Min	–
C14	–	98 Min	5 Max
C16	–	–	98 Min
C18	–	–	5 Max
Packaging	Steel Drum, Plastic Drum, Isotank Container, IBC

Specifications	Trimethylolpropane Tricaprylate/Tricaprate (SINAR-ES TMP C0810)	Trimethylolpropane Trioleate (SINAR-ES TMPTO)
Product Form	Liquid	Liquid
Acid Value (mg KOH/g)	0.1 Max	1 Max
Saponification Value (mg KOH/g)	–	175 – 200
Iodine Value (cg I₂/g)	1 Max	70 – 90
Hydroxyl Value (mg KOH/g)	–	15 Max
Colour (APHA)	100 Max	–
Colour (GARDNER)	–	5 Max
Moisture (%)	0.1 Max	0.1 Max
Packaging	Steel Drum, Plastic Drum, Isotank Container, IBC

Fatty Alcohols

Fatty alcohols are key industry intermediates that can be readily transformed into derivatives used in many daily applications. These include home and personal care products, fragrances, flavourings, industrial solvents, lubricants and metalworking fluids, and agrochemicals.