Technical Material Sheet: The Physics of a LAVA Burn

At LAVA, we approach wellness through the lens of engineering. Our Luxury Beeswax Series is not just a lifestyle product; it is a precision-engineered environmental regulator.

I. Thermal Stability & Vessel Integrity

We utilize Borosilicate-grade tempered glass for all LAVA vessels. Unlike standard soda-lime glass, borosilicate has a superior coefficient of thermal expansion.

• Engineering Benefit: This allows the vessel to withstand significant temperature differentials during a 4-hour burn cycle without structural fatigue.

• Thermal Inertia: The vessel weight is precision-calculated to maintain a steady internal temperature, ensuring the beeswax remains in its optimal "throw" state.

II. Clean Combustion Metrics

Our beeswax is triple-filtered to ensure a pure carbon-chain burn.

• Soot Emission: Validated at < 0.01%, ensuring that your indoor air quality remains within clinical safety parameters during deep-work or meditation sessions.

• Wick Dynamics: Our high-tensile braided cotton wicks are zinc and lead-free, engineered to prevent "mushrooming" and maintain a consistent flame height.

III. Olfactory Anchoring

From a psychological perspective, these material standards serve a higher purpose: Somatic Anchoring. By providing a consistent, clean, and silent burn, we create a reliable environmental cue that allows the brain to enter "Flow State" faster.

To understand how these thermal properties influence cognitive states, read our [Somatic Anchoring Guide].