Enzyme-Based
Spicule Refinement Technology

Proprietary enzymatic treatment maximizes spicule bioactive components retention
to yield 99% high-purity raw material.
Technical Inquiry
bestspicule-lab-Enzymatic-Treatment-equipment

 — WHY ENZYME TREAMENT

Chemical Extraction vs Enzymatic Treatment

Chemical extraction causes solvent residue, while BS LAB’s enzymatic treatment completely solves this issue.

  • Zero Residue: Bio-extraction for long-lasting formulation stability
  • High Purity: 23-step refining, 99%+ purity raw materials
  • Consistency: Standard enzymatic process for consistent batch quality

Enzymatic Extraction Process

Fully compliant with ISO standards.

01.

Raw Material Selection

Carefully select sponges from clean water bodies.
02.

Material Pre-treatment

Break sponges into uniform fine fragments.
03.

Enzymatic Fermentation

Fermentation with carefully selected strains to achieve complete enzymatic hydrolysis.
04.

Multi-stage Purification

Multiple precision washing, screening and graded filtration are applied to remove impurities.
05.

Drying & Sterilization

48 h low-temperature drying, followed by moist heat sterilization at 121°C for 30 min.
06.

Quality Inspection & Packaging

Carry out quality testing per standards and package as required.

Chemical Extraction vs. Enzyme Treatment

BS LAB uses natural enzyme enzyme treatment instead of harmful chemical solvents for extraction

Comparison Item Conventional Chemical Extraction (HCl) BS LAB Enzyme Treatment
Solvent ✕ Strong acids such as hydrochloric acid (HCl) ✓ Natural enzyme culture medium
Active Components ✕ 30%+ loss from thermal decomposition ✓ 99% component retention
Residual Solvent ✕ Residuals exist, affecting formulation stability and safety ✓ No residuals (ND), long-term formulation stability
Environment ✕ Hazardous wastewater generation ✓ Zero chemical solvents, eco-friendly
Purity ✕ 85~95% ✓ 99% or higher
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