— ZELOCON / Technology / Comparison
A new level of integration — not just a material.
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1. LTS materials superconduct near 7–10 K; HTS near 92–110 K.
2. ZELOCON targets ~300 K (company figure), a different temperature world.
3. The real value is system integration, not a record Tc.
Compared with established superconductors, the value of a room-temperature superconductor lies less in a record critical temperature than in a system effect — removing the cryostat from microelectronics.
— Representative material comparison
How do superconductor critical temperatures compare?
Critical temperatures span from ~7 K for conventional metals to ~110 K for cuprates, with ZELOCON targeting ~300 K, as the comparison shows.
Material
Type
Critical temperature
Lead (Pb)
Conventional (LTS)
≈ 7 K
Niobium (Nb)
Conventional (LTS)
≈ 9 K
NbTi
Alloy (LTS)
≈ 10 K
YBCO (cuprate)
High-temperature (HTS)
≈ 92 K
BSCCO
High-temperature (HTS)
≈ 110 K
ZELOCON (graphite)
Carbon, interface-based
≈ 300 K (company figure)
Table 3 — Representative material comparison. The ZELOCON value is a company figure for this framing. Reference values for LTS/HTS follow standard literature. Recommended schema: Dataset.
— Three insights
Why is this more than a record temperature?
It is more than a record because a validated room-temperature superconductor changes where and how devices are built, not just a single number. Three insights explain why.
01
A different temperature world
A validated ZELOCON material would lie far outside the window industrially mastered today.
02
Conductors are more than Tc
For macroscopic conductors, Jc(B,T), mechanical stability and quench behavior also decide the outcome — areas where established materials are deeply anchored in standards.
03
Compact systems win first
Eliminating cryogenics removes the heaviest penalties in system size, energy consumption, and maintenance cost, allowing high-sensitivity sensors and micro-components to deliver low-noise performance out of the box.
— Frequently asked questions
Frequently asked questions about the comparison
What is the critical temperature of YBCO and BSCCO?
YBCO superconducts at approximately 92 K and BSCCO at approximately 110 K; both are high-temperature superconductors (HTS) that still require cryogenic cooling.
How is ZELOCON different from HTS materials?
ZELOCON targets ~300 K operation on a carbon/graphite platform designed for thin-film integration, aiming to remove the cryostat rather than merely raising the critical temperature.
From material to product — our validation path
The decisive question is not whether the material shows superconducting signatures, but whether a robust path from material to system can be built.