Cosmetic Ingredients

NIKKOL BC-2

INCI name
CETETH-2
  • Emulsifier
    Polyoxyethylene Alkyl Ether

Lipophilic, ether-type nonionic surfactant manufactured by addition polymerization of ethylene oxide to cetanol. When used as a co-emulsifier in combination with a hydrophilic surfactant, more stable emulsions can be prepared. It may be easier to use than cetanol, especially in less oil systems. This product is stable against acid and alkali.

*Chemical-navi® members can browse and request samples of products in all three fields.

Certifications

  • RSPO

  • IECIC

  • IECSC

  • Ingredient Submission Code

  • COSMOS

  • ECOCERT

  • NOI≧0.9

  • Quasi-drugs

Specifications

INCI nameCETETH-2
IECIC鲸蜡醇聚醚-2
Standards

JSQI=The Japanese Standards of Quasi-Drug Ingredients
JPE=Japanese Pharmaceutical Excipients
JSFA=Japan's Specifications and Standards for Food Additives
IB=Confidential Specification of Quasi-drug ingredients made available by owner for public reference
Confidential Spec=Confidential Specification of Quasi-drug ingredients

JSQI, JPE
Appearance
white to pale yellow solid
HLB
8.0 *measured value
China’s cosmetic ingredient submission code
Yes
RSPO
Compliant
Natural origin index
Process water included: 0.73
Process water not included: 0.73
Package size and type
15kg/can
CAS RN®
9004-95-9
Tariff code (H.S. Code)
3402.42
  • HLB is measured by O/W emulsification test.
  • IOB is calculated using representative values of fatty acid composition. The influence of extracts is not taken into consideration.
  • Although every effort has been made to ensure the accuracy of this document, no warranties are expressed or implied as to its contents. For product specifications and quality, please contact our sales department.
  • Some ingredients are not permitted to be sold in certain countries. Please contact our sales department for details.

Brochure Download

No Worries on Hot Days! Long-Lasting Ingredients

Emulsifier

NIKKOL NIKKOMULESE 41S

Composite O/W emulsifier that forms a gel network structure in water. Emulsions with excellent moisturizing property and water resistance can be prepared. Suitable for skin care, sunscreen and makeup formulations.

Emulsifier

NIKKOL NIKKOMULESE LC-EF

Composite O/W emulsifier that forms lamellar liquid crystals. It is ethylene oxide surfactant-free and consists of nature-derived ingredients. It forms a similar structure to intercellular lipids on the skin and has skin care effects such as barrier function. Suitable for skin care formulations.

Functional Ingredient / Extract

NIKKOL POWDER SUGARSQUALANE 03

Functional powder blending spherical silica powder through a special processing technique with sustainable squalane manufactured by a bio-process using sugarcane. It absorbs sebum and gives moist feeling. It can be used without considering its effect on color and hardness. Suitable for non-aqueous powder formulations such as pressed foundation and eyeshadow.

Others

POLYOLPREPOLYMER-2

Film-forming agent with an average molecular weight of 4,000, an isocyanate group that enhances adhesion between the skin, and the polypropylene glycol part that holds functional ingredients. It improves the accumulation and absorption of functional ingredients and has a stimulant relief effect. It gives adhesiveness and water resistance to the formulation.

Others

ARON AC-1000

Alkyl acrylate copolymer emulsion. It forms a highly flexible cosmetic film with water, sebum and abrasion resistance. In addition, products with ARON AC-1000 disperse UV absorbers evenly, which is expected to improve the SPF value and provide superior UV water resistance. Suitable for sunscreen, foundation, and makeup formulations.

Others

CC-880

CC-880 is a new complex powder with functionality and smoothness which fine calcium carbonate and cellulose are aggregated, spherical and particles. ・Absorbing oil and lasting smoothness ・Gives you soft matte finish ・The spherical shape improves smoothness ・You don’t feel hard, compared with silica ・Eco-friendly formula made of natural raw materials

Return to
Product Search

Original contents