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Dear Procurement Team,
I hope this message finds you well. We supply silicon carbide (SiC) heat exchanger tubes engineered for aggressive media and high-duty cycles, helping plants cut downtime and increase heat transfer efficiency.
Why SiC tubes:
- High thermal conductivity for compact designs and faster duty cycles
- Near-universal corrosion resistance for acids, chlorinated and high‑purity streams
- High strength and hardness with low fouling for extended service life
- Impermeable, high-purity body suitable for demanding chemical processes
What we offer:
- Materials: SSiC/α‑SiC, pressureless/sintered grades
- Sizes: 14/19/25 mm OD; lengths up to 4.5–5.0 m (custom on request)
- Operating window: vacuum to 10–16 barg; -30 to 220°C or higher by design
- Configurations: straight tube for shell‑and‑tube units, replacement retrofit, custom tube sheets and seals
- QA: full material traceability, dimensional inspection, hydrostatic/helium leak tests
Typical applications:
- Chlor-alkali, fluorination, nitric/phosphoric acid, specialty chemicals
- Condensation, cooling, heating, evaporation, absorption in corrosive streams
- High‑purity and abrasive services where metal/glass/graphite fall short
Next steps:
If you share basic duty data (fluids, inlet/outlet T, flow rates, allowable ΔP, U target, pressure/temperature limits, materials of construction, and layout constraints), our engineering team can propose a tube set or retrofit plan within 2–3 working days.
Would a brief call this week be convenient to review your current exchanger issues and evaluate SiC tube ROI?
Best regards,
上一篇
Silicon Nitride vs Reaction-Bonded Silicon Carbide Tubes: Which Is Right for Your Process?
下一篇
SSIC RINGS
- Author:QDSIC
- URL:https://blog.qdsic.com/article/SiC-heat-exchanger-tubes
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