Ceramosides™

Barrier Strength
Skin Hydration
Lipid Balance
Smooth Texture
Skin Comfort

Scientific Name: Triticum sativum Seed Oil Extract
Category: Plant-Derived Ceramide Lipids
Country of Origin: France

Ceramosides™ are plant-derived ceramide lipids obtained from wheat (Triticum sativum) and developed by Seppic. These bioactive lipids are recognised for their ability to support skin barrier integrity and moisture balance. In Emothion Glow Matrix, Ceramosides™ complement antioxidant and hydration ingredient

What It Helps With

Visible improvements you can rely on to optimise wellness and support natural function.

Barrier Reinforcement

Plant-derived ceramides help strengthen the skin barrier, supporting resilience against moisture loss.

Hydration Support

Supports the skin’s natural ability to retain water, helping maintain balanced internal hydration.

Skin Smoothness

Helps support smoother skin texture by maintaining healthy lipid organisation in the skin barrier.

Moisture Balance

Contributes to improved moisture retention, helping skin feel more comfortable and balanced.

Why we use it

Ceramosides™ are included for their ability to support the skin’s natural barrier lipids. Within Emothion Glow Matrix, they work alongside glutathione, sea buckthorn oil, and sodium hyaluronate to help maintain hydration balance, reinforce barrier structure, and support smoother, more resilient skin over daily use.

The science behind it

Ceramides are essential lipids naturally present in the outer layer of the skin, where they help maintain barrier integrity and prevent moisture loss. Plant-derived ceramides from wheat help support this lipid structure, contributing to hydration stability, improved barrier function, and smoother skin texture.

Built Into The Formula

Ceramosides™ work alongside glutathione, sea buckthorn oil, and sodium hyaluronate in Emothion Glow Matrix, reinforcing the formula's barrier-support and hydration goals with plant-derived lipid nutrition.

EXPLORE PRODUCT

Explore the Science of Ceramosides™

Ceramides make up roughly half the lipids in the skin's outer barrier, acting as the structural 'mortar' that holds skin cells together and locks in moisture. Ceramosides™ is one of the most extensively studied plant-derived ceramide sources, developed by Seppic from wheat.

Find Out More About Ceramosides™

Frequently Asked
Questions

What are Ceramosides™?

Branded ingredients are standardised, traceable, and backed by defined active markers. This ensures consistency across batches and greater formulation precision. Instead of relying on generic raw materials, Siha selects registered ingredients with controlled sourcing, documented quality standards, and measurable inclusion levels for transparency.

What role do ceramides play in skin health?

A standardised extract contains a defined concentration of active compounds. For example, extracts like Herbagut® or Shoden® are calibrated to specific bioactive markers. This reduces variability and supports consistent formulation design, rather than depending on unpredictable botanical potency.

How are Ceramosides™ different from topical ceramides?

Some nutrients are sensitive to oxidation or degradation. Oil-based beadlet delivery helps protect these actives from instability before consumption. Delivery science influences how ingredients remain intact, allowing more reliable inclusion and measured absorption within structured daily use.

Why are ceramides important for hydration?

Plant-based omega-3 from marine algae provides EPA and DHA directly, without marine intermediaries. This eliminates reliance on fish sources while maintaining defined fatty acid inclusion. It also aligns with vegetarian preferences and supports controlled sourcing standards.

How do Ceramosides™ support the skin barrier?

Botanicals often provide phytochemical complexity, while amino acids contribute structural or metabolic roles within the body. Combining both allows formulations to address multiple pathways simultaneously, supporting balance and alignment rather than focusing on a single compound approach.