SiO₂·nH₂O · a natural mineral microneedle from freshwater sponge

We study spicules.
How they work the moment they touch skin, examined at the very source.

Physically opening fine channels in the stratum corneum, a natural mineral microneedle — it carries active ingredients close to the skin's depths and gently supports the skin's own rhythm of letting dulled surface cells fall away: penetration and turnover, a two-step principle. UNIZ LAB is a specialist manufacturer producing spicule ingredients in commercial production.

99%Purity
73.4%Dermal absorption (pectolinarin, porcine) (Kim 2022)
Overseas exportsExport
15yrResearch
By the numbers · Measured metrics
Purity
0%
23-stage purification · UNIZ LAB R&D
Export · Countries
0+
A track record built with partners around the world
Research
0yr
Time spent refining and applying spicules
Dermal (pectolinarin) · Absorption
0.0%
Based on the model ingredient pectolinarin, porcine skin, in vitro · Kim TG 2022 · PMID 35034416
Technology · How it works

How spicules meet the skin, and how the skin responds

When fine channels open in the stratum corneum, active ingredients travel more easily toward the skin's depths, and older surface cells give way at their own pace. The diagrams and figures below are conceptual, grounded in verified academic literature and UNIZ LAB's own measurements.

Skin cross-section and microchannels

Schematic cross-section · Conceptual diagram
0µm204060Reaching the skin's depths · dermal deliverySCStratum corneum14-day turnoverEpidermisDermisthe layer active ingredients reach
Source — Stratum corneum turnover cycle of 14 days (Halprin 1972). The principles of microchannel formation and transdermal delivery draw on transdermal delivery research in marine sponge (Haliclona sp.) and on microneedle-like principles. The figure above is conceptual.

Dermal absorption

Spicule-assisted · active ingredient pectolinarin
0.0%

Model ingredient (pectolinarin) dermal absorption 73.4%

Model ingredient pectolinarin · porcine skin, in vitro · Kim TG 2022 (freshwater species-matched)

Physical penetration that opens microchannels
The natural mineral microneedle passes gently through the stratum corneum, creating fine pathways.
Delivery that reaches into the skin's depths
Along the opened pathways, active ingredients travel naturally into the skin's depths.
Physical stimulation from a natural mineral microneedle
Its amorphous SiO₂·nH₂O mineral structure physically opens fine pathways in the skin, delivering the same class of micro physical stimulation as MTS and Fraxel to support the skin's regeneration response (Drozdov 2021).
Kim TG 2022 · J Cosmet Dermatol · PMID 35034416 · DOI 10.1111/jocd.14771. The 73.4% dermal absorption is a value for the model ingredient (pectolinarin) measured in vitro on porcine skin (Franz diffusion cell), and is a freshwater species-matched measurement of UNIZ LAB spicules.
Specifications · Specs by size

Four sizes, precisely refined specifications

Choose a size and the particle-count visualization changes with it. Tap a column header to sort.

Sort ↑↓ · raise to highlight
Size Particles / g Outer ø Lumen (inner) Aspect ratio
100µm44.6M /g10µm1.0µm10 : 1
200µm16.4M /g13µm1.3µm15 : 1
270µm10.6M /g15µm1.5µm18 : 1
320µm10.3M /g13µm1.3µm25 : 1
Length · by size
100µm200µm270µm320µm0100200300µm
UNIZ LAB Values from particle-size analysis and optical microscopy at ×100. The lumen (inner diameter) is 1/10 of the outer diameter — following the biomechanical ratio nature itself shaped.
Evidence · Scientific basis

Spicules, verified by science

UNIZ LAB cites only literature verifiable by PMID and DOI. Every figure below was confirmed directly from the original papers.

Peer-reviewed only · we cite only verified academic literature · species and sources specified
01

Spicule-mediated transdermal delivery of pectolinarin

Kim TG · 2022 · Journal of Cosmetic Dermatology · PMID 35034416 · DOI 10.1111/jocd.14771
Natural spicule transdermal delivery study — model ingredient (pectolinarin), porcine skin, in vitro, dermal absorption 73.4% · freshwater species-matched measurement
02

Skin retention profile of sponge spicules

Zhang Y · 2017 · Molecular Pharmaceutics · PMID 28763230
Spicule skin retention 72h+ · acting as a reservoir that keeps active ingredients present longer (animal model)
03

Amorphous silica architecture of sponge spicules (²⁹Si NMR)

Drozdov AL · 2021 · Applied Sciences · DOI 10.3390/app11146587
Sponge spicules = amorphous SiO₂·nH₂O mineral structure · ²⁹Si NMR Q⁴/Q³/Q²
Quality systems · Representative standards
ISO 9001
Quality Mgmt
ISO 22716
Cosmetics GMP
Skin irritation
Skin safety · primary irritation
Cell viability
Cytotoxicity · cell viability
The certifications above are representative examples; actual certificate numbers can be found in the technical documents (COA, MSDS, TDS).
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uniz@uniz.co.kr · 82-70-4109-6722

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