Hydrogenated Styrene Butadiene Copolymer, Hydrogenated Styrene Isoprene Copolymer, SEBS, SEPS, 66070-58-4, 68648-89-5

Hydrogenated Styrene Butadiene Copolymer, Hydrogenated Styrene Isoprene Copolymer, SEBS, SEPS, 66070-58-4, 68648-89-5

1. ELLAMERA™ TER-SET 603

2. ELLAMERA™ TER-SET 203

3. ELLAMERA™ RAD-THICK 501

4. ELLAMERA™ PER-SUST 504

5. ELLAMERA™ BI-THIN 602

Common Processing Recommendation (All Products):

1. Pre-heat the oil to the target dissolution temperature.

2. Gradually add the Ellamera product while stirring.

3. Mix using high or low shear until viscosity no longer increases (polymer is dissolved).

4. Upon cooling, the gel forms.

5. Applying vacuum during processing helps prevent air entrapment.

*Note: For high-temperature products (110-130°C), adding 10-20% Caprylic/Capric Triglyceride can enable processing at lower temperatures.*

1. DETAILED PRODUCT COMPARISON

Chemical Structure Comparison

Important Note: Isoprene-based products (RAD-THICK 501, BI-THIN 602) provide a softer, more elastic feel. Butadiene-based products provide harder and stronger film formation.

Physical Form & Manufacturing Comparison

Solubility & Processing Temperature Comparison

Key Point: PER-SUST 504 is the ONLY product that works with medium to high polarity oils such as esters and natural oils.

Functional Properties Comparison

2. INDUSTRY SUITABILITY TABLE

Color Cosmetics

Best Choices for Color Cosmetics:

• Lipstick & Lip Gloss: PER-SUST 504 or BI-THIN 602 (for thixotropy)

• Mascara: TER-SET 603 or PER-SUST 504

• Eyeliner: BI-THIN 602 only (due to suspension properties)

• Nail Polish: TER-SET 603 only

Skincare

Best Choices for Skincare:

• Mask: TER-SET 603 or BI-THIN 602

• Lotion/Serum: RAD-THICK 501, PER-SUST 504, or BI-THIN 602

Haircare

Suncare

Special Applications

3. USAGE LEVELS (Recommended Concentration)

Important: Use higher concentrations for higher viscosity or firmer gels. Use lower concentrations for more fluid products.

4. APPLICATION METHODS (HOW TO USE)

Standard Method for All Products

1. PRE-HEAT THE OIL
   ↓
2. ADD POLYMER (while stirring)
   ↓
3. MIX (high or low shear)
   ↓
4. CONTINUE MIXING UNTIL VISCOSITY STABILIZES
   ↓
5. COOL DOWN (gel formation)
   ↓
6. APPLY VACUUM (optional - prevents air entrapment)

Step-by-Step Application Guide

A. Oil Preparation

1. Select the base oil according to product polarity compatibility

2. Heat the oil to the target dissolution temperature:

   • RAD-THICK 501 / PER-SUST 504: 70-100°C

   • TER-SET 603/203 / BI-THIN 602: 110-130°C

3. If low-temperature processing is needed (for TER-SET 603/203 and BI-THIN 602 only):

   • Add 10-20% Caprylic/Capric Triglyceride to the base oil

   • This enables dissolution at lower temperatures

B. Adding the Polymer

1. Start stirring (low speed)

2. Gradually and slowly add the polymer powder/pellets

   • Do not add too quickly to avoid agglomeration

   • Prevent powder from splashing

C. Mixing and Dissolution

1. Mixing type:

   • High shear: Faster disaggregation and dissolution (recommended)

   • Low shear: Slower but gentler mixing

2. When dissolution is complete:

   • Viscosity no longer increases

   • Mixture appears homogeneous

   • Typical time: 15-60 minutes (depends on temperature and shear type)

D. Gel Formation

1. Allow the mixture to cool down

2. Gel structure forms during cooling

3. After cooling, other formulation components can be added

E. Vacuum Application (Optional)

• When to use: When you want to avoid air bubbles

• How: Process under vacuum during mixing

• Benefit: Cleaner, more transparent product

Application Troubleshooting Guide

Formulation Examples

Example 1: Thixotropic Lipstick (with BI-THIN 602)

Phase A (Oil phase):
- Isododecane: 75%
- BI-THIN 602: 5%
- Pigments: 5%
- Oil-soluble colorants: 3%

Phase B:
- Wax: 10%
- Antioxidant: 2%

Procedure:
1. Heat Isododecane to 120°C
2. Add BI-THIN 602, mix with high shear for 30 minutes
3. Add Phase B, continue mixing
4. Cool to 80°C, add pigments
5. Pour into molds, cool to room temperature

Example 2: Water-Resistant Sunscreen Lotion (with RAD-THICK 501)

Phase A:
- Octyldodecanol: 70%
- RAD-THICK 501: 4%
- Oil-soluble UV filters: 20%

Phase B:
- Fragrance: 3%
- Vitamin E: 3%

Procedure:
1. Heat Octyldodecanol to 90°C
2. Add RAD-THICK 501, mix for 20 minutes
3. Add UV filters, continue mixing
4. Cool to 40°C, add Phase B
5. Gel forms upon cooling

Example 3: Depilatory Wax (with TER-SET 603)

Phase A:
- Squalane: 85%
- TER-SET 603: 6%
- Rosin ester resin: 7%

Phase B:
- Fragrance: 2%

Procedure:
1. Heat Squalane to 120°C
2. Add TER-SET 603 gradually while stirring
3. Add rosin ester resin
4. Mix with high shear until viscosity stabilizes (approx. 45 minutes)
5. Cool to 80°C, add fragrance
6. Pour into containers, cool to room temperature

SUMMARY: Which Product to Choose for Your Need?

Quick Reference Card

Important Legal Notice (Kraton Disclaimer):
Kraton does not warrant that the products described are suitable for any particular uses, including, without limitation, cosmetics and/or medical uses. Persons using the products must rely on their own independent technical and legal judgment and must conduct their own studies, registrations, and other related activities to establish the safety and efficacy of their end products incorporating any Kraton products for any application.

Product Identification by Trade Name

Classification by CAS Number

All five products fall into two main chemical families, represented by two CAS numbers.

1. CAS Number: 66070-58-4

2. CAS Number: 68648-89-5

Search Keywords for Online Discovery

English Search Terms

Turkish Search Terms

Quick Reference Table for Documentation

Important Notes

Example Search Strings for Different Platforms

Regulatory Note: These CAS numbers are provided for informational purposes. For regulatory compliance (e.g., REACH, TSCA, K-REACH), always refer to the official Certificate of Analysis (COA) and Safety Data Sheet (SDS) provided by Kraton Corporation for the specific product lot you are using.

Products Ranked from Most Used to Least Used

Just the Names (Ranked)

1. ELLAMERA BI-THIN 602

2. ELLAMERA PER-SUST 504

3. ELLAMERA RAD-THICK 501

4. ELLAMERA TER-SET 603

5. ELLAMERA TER-SET 203

Ranking Justification

One-Line Summary 

BI-THIN 602, PER-SUST 504, RAD-THICK 501, TER-SET 603, TER-SET 203

Documents

•  
• Betakim Ellamera-TER-SET-203.pdf
• Betakim Ellamera-RAD-THICK-501.pdf
• Betakim PDS ELLAMERA PER-SUST 504_MZ.pdf
• Betakim Ellamera-TER-SET-603_MZ.pdf
• Betakim PDS ELLAMERA BI-THIN 602_MZ.pdf
•