Specifications

1. Advanced structural design, big love water area excellent cooling effective
2.Enviromental and economical,
3.Virgin PVC

                                    "S" Wave Corrugated Cooling tower fills Block                             

Description of Goods:

 

 

Type:	Cooling tower fills
kind:	PVC Cooling tower fills
name:	"S" Wave Corrugated Cooling tower fills block
Materials:	Virgin PVC
Size:	1000*500/1000mm*0.35-0.65mm
Package:	Film+Pallet
Delivery:	within 15 days
MOQ:	50m3/500kgs
Payment:	T/T 50% deposit and 50% balance be paid against the Bill of lading.

 

2.Product Photo:

3. Product Introductin

 

        Cooling Tower Fills is one of the most important components for exchange of gas and water in cooling Tower.It is the major parts to improve the efficiency of cooling tower and make sure the economy and safe operation.  With the development of the plastic industry, counter-current tower drench water plastic packing "S" shape ladder wave, obliquely wave, which has the heat dissipation ,good performance ,Ventilated small resistance, durable, based on the easy and other advantages, it is widely used in different types of large, medium, small, cooling tower.

 

 

4.Product Technical Data:

	Length(mm)		Height(mm)		Film thickness(mm)
	Size	Tolerance	Size	Tolerance	Size	Tolerance
"S" Wave	1000	±10	500       250	±5	0.4	±0.05
	2000	±10	500         250	±5	0.4	±0.05
Double Inclined	1000	±10	500        250	±5	0.4	±0.05
Inclined Wave	1000	±10	500	±5	0.4	±0.05

 

 5.Product Heating Power and Resistance Character:

	Fill Height	Cooling No. (Volume Scattered Coefficient: Ka)	Resistance Equotion:P/p1=9.81*A*Vcpm           A.M  expression
"S" Wave	1m	=1.83y0.65	A=-0.0019q2+0.0685q+0.06543
		Ka=4746g0.56q0.36	M=-0.0028q2-0.0170q+1.9480
Double Inclined	1m	=1.92y0.68	A=-0.0006q2+0.0306q+0.06376
		Ka=4342g0.69q0.36	M=-0.0002q2-0.0026q+1.9029
Inclined Wave	1m	=1.85y0.64	A=-0.0001q2+0.189q+0.6374
		Ka=4296g0.63q0.38	M=-0.0006q2-0.0122q+2.0178

Remark: P-Fill Resistance,Pa            P1=Air density,kg/m³      q^---Spray waterdensity,t/(m²*h)           Vcp-Spray Fill Average Wind Speed m/s 

g--Ventilation density kg/(m²*h           g-gas water radio    

 

 

 

 Sample Photo:

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