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DBNL3J-70 FRP Cooling Tower | Industrial Circulating Water Factory Exporter

For industrial operations battling sustained high-temperature circulating water—from refinery crackers to HVAC central plants—the DBNL3J-70 FRP cooling tower delivers a calibrated balance between thermal exchange efficiency and structural longevity. Engineered with a corrosion-resistant glass-fiber shell and a low-clogging cross-flow fill system, this 70-ton nominal capacity unit maintains approach temperatures within ±2°C even under 35°C wet-bulb conditions. As a manufacturing-origin exporter with in-house mold design and ASTM-standard galvanized steel supports, we provide direct retrofit solutions for existing basins, complete with drift eliminators that reduce water loss to under 0.001% of circulation flow—ensuring both process stability and municipal water quota compliance for heavy industries across Southeast Asia and the Middle East.

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Product Advantages Parameter Specifications

Product Advantages

Gravity-Fed Cross-Flow Design Slashes Pumping Energy by 18%
Unlike forced-spray or counter-flow towers that rely on high-pressure nozzles, the DBNL3J-70 employs a natural gravity-distribution basin across its entire fill surface. This design reduces the required pump head by nearly one-fifth, translating directly into lower kWh consumption per ton of circulated water. For a 24/7 industrial plant, this single feature can cut annual electricity bills by thousands of dollars while extending the service life of your water pumps due to reduced cavitation and backpressure stress.

Anti-Corrosion FRP Shell Engineered for Harsh Chemical & Coastal Atmospheres
The casing is compression-molded from flame-retardant, UV-stabilized glass-fiber reinforced polyester, with a gel-coat thickness exceeding 0.5mm. This provides exceptional resistance to hydrogen sulfide, ammonia, and salt-mist corrosion — common killers in petrochemical refineries and seaside power stations. Unlike mild steel towers that require frequent repainting or stainless steel variants with prohibitive costs, this FRP body remains structurally intact for over a decade with minimal surface maintenance, even in 85% relative humidity environments.

Precision-Tuned Fill Geometry Maximizes Heat Exchange Under High Wet-Bulb Conditions
The internal PVC fill features a sine-wave fluted pattern with optimized flute angles specifically calibrated for the DBNL3J-70's 70-ton nominal capacity. This geometry extends water retention time without increasing drag, achieving a cooling approach temperature within ±2°C of the ambient wet-bulb reading — even when ambient conditions hit 35°C. For plant operators, this means stable condenser pressures, fewer production halts due to overtemperature alarms, and consistent process quality across summer peak loads.

Parameter Specifications

Product	Low Noise collecting Type Counterflow FRP Cooling Tower

Model	τ=27℃ Coolable water volume（m³/h）△t=5℃	Main Dimensions (mm)		Air Volume m³/h	Fan Diameter (mm)	Motor Power (kw)	weight (kg)		inlet pressure 10⁴Pa	noise at 10m dB (A)
Model	τ=27℃ Coolable water volume（m³/h）△t=5℃	Total Height	Maximum Diameter	Air Volume m³/h	Fan Diameter (mm)	Motor Power (kw)	self-weight	operating weight	inlet pressure 10⁴Pa	noise at 10m dB (A)
DBNL3J-12	15	2333	1210	7200	700	0.6	217	775	1.96	40.3
DBNL3J-20	24	2423	1460	12400	800	0.8	244	958	2	41.1
DBNL3J-30	35	2642	1912	18000	1200	0.8	424	1734	2.21	43.5
DBNL3J-40	46	3142	1912	21500	1200	1.1	496	1896	2.6	43.5
DBNL3J-50	57	3130	2215	28000	1400	1.5	617	2505	2.65	44.7
DBNL3J-60	68	3430	2215	32300	1400	1.5	667	2829	2.78	45.7
DBNL3J-70	79	3444	2629	39200	1600	2.2	824	3816	3.03	47
DBNL3J-80	92	3744	2629	43400	1600	2.2	909	4240	2.86	47.5
DBNL3J-100	114	3694	3134	56000	1800	3	1014	5932	3.15	50
DBNL3J-125	142	3944	3134	67200	1800	4	1104	6158	3.15	50.7
DBNL3J-150	171	3953	3732	84000	2400	4	1744	8246	2.9	52
DBNL3J-175	200	4203	3732	94300	2400	5.5	1884	8582	3.15	53
DBNL3J-200	231	4235	4342	112000	2800	5.5	2208	11210	3.01	54.6
DBNL3J-250	283	4485	4342	134300	2800	7.5	2420	11983	3.26	55.6
DBNL3J-300	334	4623	5134	168000	3400	11	3648	17173	3.5	56.8
DBNL3J-350	395	4873	5134	187400	3800	11	3950	17850	3.75	57.3
DBNL3J-400	455	5018	6044	224000	3800	11	4406	23132	3.6	58.8
DBNL3J-450	514	5268	6044	242000	3800	11	4752	24510	3.85	58.8
DBNL3J-500	576	5619	6746	280000	4200	15	5887	30062	3.7	60
DBNL3J-600	680	6119	6746	302200	4200	18.5	6689	32164	4.2	61
Features		The FRP cooling tower serves not only as a temperature regulator but also delivers an efficient, durable, and maintenance-free solution with optimized lifecycle costs. By harnessing the unique properties of FRP materials, it fundamentally addresses the critical challenges of corrosion and lifespan limitations in harsh operating environments, making it the go-to choice for cooling systems in modern industrial and commercial facilities.
Application		Central air conditioning system: refrigeration station for commercial buildings, hotels and hospitals.
		Industrial refrigeration: process cooling for food processing, chemical, pharmaceutical and plastic industries.
		Power industry: auxiliary cooling system for thermal power plant and nuclear power plant.
		Manufacturing industry: circulating water cooling for metallurgical and mechanical processing plants.
		Data center: Provides cooling water for server rooms.
Payment		T/T, Western Union.
Service		Customize and design the size and style according to requirements

DBNL3J-70 FRP Cooling Tower | Industrial Circulating Water Factory Exporter

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