| Model No. | 002-250μm-98% | INCI Name | Hydrolyzed Sponge |
| Purity | 98% | Colour | White |
| Quality | Good | Water Solubility | Insoluble |
| Usage | Cosmetics raw material | Appearance | Powder |
| PH value | 6-8 | CAS | 14808-60-7 |
Hydrolyzed sponge is extracted from freshwater sponge. Its porous needle-like structure enables the active ingredients to penetrate deep into the skin, promoting product absorption and activating cells to stimulate collagen regeneration, effectively enhancing the performance of the product. It's in form of powder, and can be applied in various cosmetic forms, such as creams, lotions, essences and liquids.
The composition of hydrolyzed sponge is silicon, which has a strong hardness. Because it is an inert raw material, its physical and chemical properties are very stable. It can be used for cold/hot process addition, and the acidity/alkalinity of the material has no effect on it. The "hollow" structure allows it to load active ingredients in micron-sized holes, improving absorption rates.
1. Transdermal Absorption: The needle-like structure helps active ingredients penetrate deeply into the skin.
2. Regeneration: Controllable micro-stimulation induces collagen production, helping the skin to self-heal and regenerate.
| Product name | Hydrolyzed Sponge | Botanical source | Spongilla fragilis Lecidy |
| Extract method | Extraction | Part of plant used | Sponge body |
| Spongilla Spicule | 98% HPLC | Appearance | White Powder |
| Length | ≈250μm | Diameter | 11μm~14μm |
| Pb | ≤1.5ppm | Lose on drying | ≤10% |



Founded in 2018, our company focuses on the R&D and production of hydrolyzed sponge. As a core drafting unit for transdermal absorption standards implemented in 2024, we aim to set "Professional Safe and Effective" benchmarks for the industry and lead technology innovation.
With over 10 years of enterprise experience and our own breeding base, we have passed ISO9001 quality management system certification and look forward to long-term win-win cooperation with global customers.