PRODUCT LINE 04 · DRY-TYPE & AMORPHOUS

Dry-Type & Amorphous-Alloy Transformers

Fire-safe cast-resin units for buildings and confined spaces, plus amorphous-alloy designs that slash no-load losses by 60–80% — the efficient answer for solar plants and energy-conscious tenders.

SCB epoxy cast-resin dry-type transformers

SCB cast-resin dry-type

Epoxy-resin cast coils, vacuum casting process — fire-safe, no oil, no spill containment needed
Voltage classes 10 kV / 20 kV / 35 kV; capacities from 30 to 2,500 kVA
SCB10 / SCB12 / SCB13 / SCB14 series with progressively lower losses
Indoor and outdoor enclosures; forced-air option for overload capability
Low noise, high overload tolerance — ideal for metro, hospitals, data centers, commercial towers

Sealed amorphous-alloy power transformer

Amorphous-alloy series

S(B)H15 sealed amorphous-alloy oil-immersed transformers, 30 – 2,500 kVA
No-load loss reduced 60–80% versus conventional silicon-steel cores
Significant CO₂ reduction over the transformer's service life — a direct answer to energy-efficiency tenders
Strong temperature stability: amorphous alloy maintains stable magnetic properties across a wide temperature range
Amorphous dry-type (SCHB15) and open-cell amorphous combinations available

WHY AMORPHOUS

The no-load loss argument, in numbers

60–80%

Lower no-load loss

Amorphous alloy cores consume far less magnetizing power than silicon steel — savings run 24/7, wherever the transformer is energized.

24/7

Always-on savings

No-load loss applies every hour of every year. For utilities and solar plants, that compounds into major lifetime cost reduction.

CO₂ ↓

Cleaner tender story

Reduced losses mean lower generation demand — directly reduces greenhouse-gas emissions, in line with energy-saving requirements.

Deciding between cast-resin and oil-immersed?

Send us the site conditions and load profile — we will recommend the type that fits, honestly, and back it with loss tables for both options.

Request a Quote Compare Oil-Immersed