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Tutorials, guides and the science behind Magnum coatings.

Magnum Luminous X ceramic coating

What CSIRO Found When We Threw Acid at Our Coatings

We sent Obsidian S1+ and Luminous X to CSIRO and asked them to hit both with concentrated acid and a lab grade...

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Borophene Coatings: Fact, Fiction and the Real Chemistry

Borophene Coatings: Fact, Fiction and the Real Chemistry

Borophene is a marketing term. Here's what's really in boron ceramic coatings: amorphous boron and polysilazane, backed by independent SGS testing.

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Why Magnum Builds on Polysilazane, Graphene Oxide and Amorphous Boron

Why Magnum Builds on Polysilazane, Graphene Oxide and Amorphous Boron

Most coatings are sold on the number. 10H. 120 degree contact angle. Five years. Very few are sold on what's actually in...

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The Science of True Graphene: Why Dispersion Stability Dictates Coating Performance

The Science of True Graphene: Why Dispersion Stability Dictates Coating Performance

When choosing a premium automotive coating, discerning customers love to inspect the formulation for visible proof of nano-graphene particles. However, what you...

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Boron-Infused Coatings: The Next Generation of Ceramic Coating Technology

Boron-Infused Coatings: The Next Generation of Ceramic Coating Technology

For years, graphene has been promoted as the next evolution in ceramic coating technology. While graphene introduced several performance advantages over conventional...

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Silicon Carbide vs Polysilazane

Silicon Carbide vs Polysilazane

Silicon Carbide (SiC) Resins can be effectively used as an automotive ceramic coating, our technical team has conducted a rigorous material chemistry...

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Solvent Borne Silicone Resin Coatings vs Ceramic Conversion Coatings

Solvent Borne Silicone Resin Coatings vs Ceramic Conversion Coatings

Why Cross-Linking and Substrate Bonding Matter More Than Just Gloss and Slickness The term ceramic coating has become a catch-all in the...

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The Two Types of Slickness in Ceramic Coatings — and Why Only One Lasts

The Two Types of Slickness in Ceramic Coatings — and Why Only One Lasts

Explanation of Different Smoothness Performance Mechanisms Our Luminous X and Obsidian S1+ achieves “slickness” through two completely different technical routes. The difference...

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The Science of Strength: Why Magnum’s Polysilazane Glass Resins Redefine Surface Protection

The Science of Strength: Why Magnum’s Polysilazane Glass Resins Redefine Surface Protection

Polysilazane vs Siloxane: The Chemistry That Changes Everything In the world of surface protection, not all coatings are created equal. While most...

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Self Healing Coatings Debunked

Self Healing Coatings Debunked

Why We Do Not Develop "Self-Healing Coating" Products I. Background In recent years, some products marketed as “self-healing ceramic coatings” have appeared,...

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Fact, Not Fiction: What Boron Really Does in a Ceramic Coating

Fact, Not Fiction: What Boron Really Does in a Ceramic Coating

What does boron actually do in a ceramic coating? Our lead chemist explains how Luminous X locks amorphous boron into polysilazane for...

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Magnum Obsidian S1+ Hardness Ratings Explained

Magnum Obsidian S1+ Hardness Ratings Explained

The Difference Between 10H and 9H Ceramic Coating: Magnum Graphene Obsidian S1+ Sets a New Standard Is there a real difference between...

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