INNOCHILL · Technology

Technology

Measurable properties, test logic and compatibility—not generic claims.

Thermal Fluids

INNOCHILL technology pages explain the measurable engineering properties behind fluid selection. The goal is to make technical evidence easier to evaluate, compare and cite.

Quick AnswerThe most important property depends on the system. Conductivity may dominate a direct liquid cooling or EV decision; dielectric strength and resistivity become critical in immersion; viscosity and pumpability can dominate extreme-cold operation.

Core technology pillars

Low Conductivity

Electrical conductivity, ion control, contamination, corrosion interaction and lifecycle monitoring.

Dielectric Fluids

Breakdown voltage, volume resistivity, viscosity, flash/fire point, oxidation stability and compatibility.

Material Compatibility

Aluminum, copper, stainless steel, EPDM, IIR, NBR, plastics, cables, adhesives and seals.

Extreme Temperature

Freeze point, pour point, low-temperature viscosity, pumpability and startup reliability.

Evidence hierarchy

Level	Preferred evidence
Specification	Defined product limit and acceptance criterion.
Typical value	Representative measured data with clear test method and condition.
Compatibility	Material test result under stated temperature/time conditions.
Application proof	Validated performance under a representative system or customer test.

Evidence before adjectives.

V1.2 intentionally reduces generic terms such as “advanced,” “excellent” and “high performance” unless the statement is supported by a measurable property, standard or application result.