We supply Sodium Cocoyl Apple Amino Acids as INNO KWAPL-30, a cosmetic-grade liquid apple-amino-acid surfactant for mild cleansing and soft foam.
Key Benefits of Sodium Cocoyl Apple Amino Acids (KWAPL-30)
- KWAPL-30 combines coconut-derived and apple-derived amino acids in a mild cleansing surfactant. Its weakly acidic profile supports sensitive-skin and baby-care concepts without sacrificing useful cleansing.
- The grade produces dense, easy-rinse foam and leaves skin comfortable after washing. In shampoo, it helps smooth the hair surface, reduce static and improve the feel of damaged or frizzy hair.
- Internal data for this grade show a six-hour moisturization rate of 62.7%. The surfactant therefore adds a measurable moisturization story to gentle facial wash and body-care projects.
- Safety work for KWAPL-30 includes patch-test support. The grade is also non-comedogenic and provides skin-conditioning benefits, which strengthens its fit in premium facial-cleansing concepts.
- High purity, low odor and stable batch-to-batch viscosity and color make KWAPL-30 practical for repeat production. The material is readily biodegradable and suited to naturally positioned products.
Recommended applications
- KWAPL-30 suits sensitive-skin and baby-care cleansers that need a weakly acidic profile, dense foam and a clear moisturization story.
- Use it in facial cleanser, cleansing gel and pump foam when the finished product should rinse easily without leaving the skin tight.
- In shampoo and body wash, the apple amino-acid component helps smooth hair, reduce static and improve the feel of damaged strands.
- The grade can also support makeup-removal and oral-cleansing concepts where high purity, low odor and broad formulation compatibility are required.
Formulation and commercial details
| Grade | Cosmetic Grade |
|---|---|
| Packaging | 200 kg PE drum |
| Gross weight | 210 kg |
| Packing dimensions | Ø58xH92.5cm |
| How to use | Add the liquid through the aqueous phase under controlled agitation. Set the final pH and viscosity after all surfactants, electrolyte, fragrance and the preservation system are present. |
| Compatibility | Compatible with the co-surfactants described above. Set the final electrolyte, polymer, fragrance and preservation system in the complete formula. |
Choosing between related INNO products
KWAPL-30 uses apple amino acids and focuses on moisturized cleansing and hair feel. KWOAT-30 uses oat amino acids and focuses on creamy foam and a calm after-feel.
Frequently asked questions
How can a customer distinguish KWAPL-30 from a generic amino-acid cleanser in a blind trial?
Prepare both formulas at equal active surfactant matter and match viscosity and fragrance. Compare foam, rinse comfort and short-term moisturization; for shampoo, add wet combing, static and dry smoothness to the same blinded protocol.
How do you isolate KWAPL-30 performance when the formula already contains a conditioning polymer?
Run KWAPL-30 with and without the polymer at equal surfactant solids. Check wet combing, deposition, clarity and build-up after repeated washing so the polymer effect is separated from the apple-amino-acid surfactant effect.
Can raw-material moisturization data be used directly as a finished-product claim?
Use the raw-material data to design the study, not as the final substantiation by itself. Confirm the claim in the marketed cleanser at its actual concentration and contact time, with the intended control and a defined measurement schedule.
Why work with INNO?
INNO can connect the grade’s moisturization and patch-test story to a practical cleanser prototype. We also support sample evaluation and repeat supply planning.
