What’s Really in Triphene Coatings? (Non-Hype Breakdown)

Triphene coatings have been hyped by MAXL as the next evolution in ceramic technology—but what exactly is Triphene? Is it a legitimate innovation or just a new name slapped on an old formula?

This post takes a no-BS look at what’s likely inside Triphene coatings, how they compare to real ceramics, and what you need to know before trusting your paint to it.

No Official Ingredient List

Let’s start with the obvious: MAXL does not provide a technical data sheet (TDS), safety data sheet (SDS), or SiO2 percentage for their Triphene formula. That’s uncommon—especially for a product that claims to be a coating breakthrough.

Without a published formula or even ingredient class disclosures, we’re left with educated guesses based on industry standards and performance observations.

What Triphene Appears to Be

Based on texture, flash time, smell, and durability testing, most detailers agree Triphene coatings are:

• Likely polymer-based, not SiO2 ceramic
• Similar to old-school synthetic sealants
• Optimized for temporary slickness and gloss—not protection

We’d classify it closer to a cosmetic spray sealant than a real coating. It looks good after application but fades fast under real-world conditions.

How Real Coatings Are Built

Compare that to true SiO2 or SiC-based ceramic coatings like Gloss Boss, which contain:

• Lab-verified active ceramic content
• Surface-bonding resins for long-term adhesion
• Defined cure windows and wipe-off stages

Those ingredients are designed to bond and protect—not just shine temporarily.

Better Options for Serious Protection

If you want a coating with proven chemistry, long-term results, and product transparency, consider switching to something built on real ceramic science:

Related Posts

• The Truth About Triphene Coatings
• Is MAXL a True Ceramic or Just a Sealant?
• Triphene vs Tough As Shell – Head-to-Head