Our customers keep coming back — and that’s why we give our best every day!

It often takes time for customers to realize that using a service team without proper standards can affect production results. That’s where we step in — providing reliable, skilled engineers, skilled manpower who know how to get it right.
Right now:
🚀 6 provinces (Lampang, Saraburi, Khon Kaen, Kanchanaburi, Sa Kaeo and Supanburi)
🚀 6 sites
🚀 6 service engineers on the ground
🚀 100% repeat customers ( with 1 client for new services at site)
Busy? Yes.
Worth it? Always!
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Why TEKE Cleaning is the Smarter Choice?

Low-Temperature Chloride Corrosion in Boilers — Small Moisture, Big Damage
When hot gas meets a cool, slightly damp metal surface, moisture condenses and dissolves chloride salts/gases. That kick-starts a rapid corrosion cycle.
Role of Chloride Ion (Cl⁻) in Pitting (Quick Take)
Cl⁻ doesn’t oxidize iron directly; it breaks the protective Fe₂O₃ film, creating local defects → pitting
Cl⁻ penetrates crevices/under deposits, forming soluble iron chlorides → sustained metal dissolution
Key reactions:
Fe²⁺ + 2Cl⁻ → FeCl₂
FeCl₂ + 2H₂O → Fe(OH)₂ + 2HCl
→ HCl acidifies and regenerates Cl⁻, so the corrosion loop repeats
Where it hits hardest
– Pitting on tubes/headers
– Crevice corrosion at gaskets, lap joints, clips
– Under-deposit corrosion beneath sticky ash/salts (economizer, air heater, SH/REH inlets)
Why TEKE Cleaning (Dry) > Wet Cleaning 🌬️ > 💦
✅ Removes hygroscopic chloride deposits without adding water → less re-wetting/flash rust
✅ No wastewater/sludge; no chloride-rich liquid seeping into crevices
✅ Shorter downtime → faster return to service
✅ Better long-term protection: clean, dry metal = fewer moisture/Cl⁻ cells
Message AGON PACIFIC to plan a TEKE Dry Cleaning for your boiler!
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Superheater – Engineered for Performance & Reliability

The Superheater is one of the most critical boiler pressure parts. Its main job: turn saturated steam into superheated steam – stronger, drier, and more efficient.
Key Functions
✅ Increase Steam Temperature – raises steam above saturation point for higher plant efficiency
✅ Ensure Dry Steam – protects turbines and piping from erosion & water hammer
✅ Improve Efficiency – reduces fuel use per kWh by boosting Rankine cycle performance
✅ Protect Equipment – prevents moisture-related corrosion and extends service life
⚙️ Types of Superheater
Radiant Superheater – absorbs heat directly from furnace radiation
Convection Superheater – heated by flue gas flow after furnace
Combined Superheater – uses both radiation + convection for optimum performance
🏭 AGON Pacific Capability
At AGON Pacific, we ensure mechanical design and fabrication under ASME Code:
ASME Section I – thickness, stress, and allowable design
Materials – SA213 T22, T91, TP347H, creep-resistant alloys
Fabrication – precision coil bending, header welding, nozzle prep
Quality Control – RT/UT, hydrostatic test, dimensional checks
✅ With certified engineers and skilled fabrication teams, AGON Pacific delivers Superheaters built for safety, quality, and long service life – ready for power plants, biomass, and industrial boilers.
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