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ZR-L3
PT
10 days
Liang Chi PVC fill is the core heat‑exchange media for Liang‑Chi series cooling towers. Precision‑molded corrugated profiles maximize water‑air contact area, spread circulating water into uniform thin films, and enhance evaporative cooling efficiency.
This replacement fill is widely adopted for HVAC systems, power plants, petrochemical facilities, food processing plants and commercial buildings. It solves common on‑site issues including fouled, aged, warped or collapsed original fill media.
High heat‑transfer efficiency: Optimized corrugated structure expands water‑air contact area to restore designed cooling performance.
Low pressure drop: Smooth airflow channels reduce fan load and cut overall power consumption.
Virgin PVC raw material: Good resistance against moisture, mild chemical corrosion and scaling.
Modular glued‑block design: Quick on‑site installation, shortens tower shutdown time for retrofit work.
Custom options: UV‑resistant and flame‑retardant formulations are available for harsh outdoor industrial environments.
Light‑weight: Reduces static load on tower support frameworks, convenient for handling and transportation.
| Item | Specification |
|---|---|
| Model | ZR‑L3 |
| Material | Virgin PVC |
| Fill Type | Cross‑flow film fill |
| Sheet Thickness | 0.30‑0.45 mm |
| Max working temperature | ≤55 °C |
| Assembly | Glued fill block |
| Color | Black / Blue / Custom |
| Size | Custom‑made per tower dimension / sample / drawing |
| Optional | UV‑resistant, flame‑retardant |
| Lead Time | 10 working days for standard custom orders |
| Packaging | Export‑grade wooden pallet / carton with plastic film protection |
Besides direct replacement for Liang Chi cooling towers, our ZR‑L3 PVC fill supports retrofit matching for many other tower models: Marley, BAC, EVAPCO, Shinwa, Tashin, Liang Pin, Hamon, Kuken and other domestic & international OEM cooling towers. Send us your drawings, old‑fill photos or physical samples for accurate custom production.
Hot circulating water flows downward across the surface of Liang Chi PVC fill blocks. Air passes horizontally through fill channels for cross‑flow heat exchange. The corrugated surface spreads water into thin films; partial water evaporation absorbs heat and lowers circulating‑water temperature. Uniform water distribution avoids dry zones and hot spots inside the tower.
Cross‑flow industrial cooling tower retrofit & replacement
Commercial HVAC cooling systems
Power plants, petrochemical & chemical processing plants
Steel mills, pharmaceutical, food & beverage, textile and data‑center cooling projects
Each production batch undergoes complete inspection: raw‑material verification, sheet‑thickness testing, dimension check, bonding‑strength test, appearance inspection and packaging check. Material certificates can be provided for project tender acceptance.
Finished fill blocks are packed on fumigation‑free export pallets with plastic film wrapping to prevent deformation and moisture during sea or land transit. Global shipping by sea freight, air freight or express. Single‑unit and bulk wholesale orders are both acceptable.
Factory‑direct price without intermediate markup
Virgin‑PVC raw‑material guarantee
Custom‑cut according to your dimension, photo or sample
Strict batch‑by‑batch quality inspection
10‑day fast lead‑time for standard custom orders
Complete pre‑sales selection advice and after‑sales technical support
Q: Can this fill replace original Liang Chi cooling tower fill?A: Yes, ZR‑L3 is specially engineered as compatible aftermarket replacement for Liang‑Chi cross‑flow towers.
Q: Can I get non‑standard custom sizes?A: Absolutely. Provide dimensions, photos or old‑fill samples, we produce custom‑sized glued fill blocks.
Q: What is the service life of Liang Chi PVC fill?A: Under proper water‑treatment and regular maintenance, virgin PVC fill can serve many years; actual life depends on site water chemistry and operating temperature.
Q: Can you supply samples before bulk order?A: Yes, sample panels are available for quality confirmation prior to large‑volume production.
