Stainless Steel 304 Water Wire Screen Tube, No Magnetic Water Well Screen Pipe

• Slot: 0.1mm-3mm
• Profile Wie: 2.2X3.5mm, 2.5X4mm, 3X4.6mm
• Support Wire: 3-5mm
• Length: 1-6m
• End Connection: Welded Rings, Flange
• Transport Package: Wooden Box, Pallet
• Model NO.: XL-1372
• Specification: XL-SG-219mm
• Trademark: XL
• Origin: Anping Xinlu Wire Mesh Factory, China
• HS Code: 8421999000
• Production Capacity: 99999999PCS/Year

Product Description

Stainless Steel 304 Water Wire Screen Tube, No Magnetic Water Well Screen Pipe

Stainless Steel 304 Grade Water Well Screen Diameter 168mm 219mm 273mm 300mm

 

 

Stainless Steel 304 Grade Water Well Screen Description:

 

Product Name	Profile V Wire Water Well Screen
Material	Stainless Steel
Grade	321
O.D	273 mm
Size	10 "
Slot size	1.0 mm
Length	5.8 m
End connection	Thread Couplings ( male / female )
Wire size	118 #
Support rod	140 #
Wire shape	V shape

 

 

Stainless Steel 304 Grade Water Well Screen Regular Specifications:

 

SIZE (INCH)	O.D (MM)	SLOT (MM)	LENGTH (M)	COLLAPSE STRENGTH (BAR)	TENSILE WEIGHT (TON)	WRAP WIRE(WIDTH*HEIGHT) (MM)	RODS (MM)
3-1/2	88.9	1.0	3	>22	10.2	2.3*3.5	3.8MM/22
4-1/2	114.3	1.0	3	>28	11.5	2.3*3.5	3.8MM/22
6-5/8	168.3	0.75	5.8	>40	12.8	2.3*3.5	3.8MM/32
6-5/8	168.3	1.0	5.8	>33	12.8	2.3*3.5	3.8MM/32
6-5/8	168.3	0.63	5.8	>83	45	3.2*6.0	6.0MM*32
8-5/8	219.1	1.0	5.8	>34	21.9	2.3*3.5	3.8MM/48
8-5/8	219.1	1.0	5.8	>50	38.2	3.0*5.0	4.0MM/48
8-5/8	219.1	1.0	5.8	>60	46	3.2*6.0	5.0MM/48
10-3/4	273.1	0.75	5.8	>50	32.9	2.3*3.5	4.9MM/55
10-3/4	273.1	1.0	5.8	>60	39.5	3.0*5.0	4.9MM/55
10-3/4	273.1	1.0	5.8	>100	48	3.2*6.0	5.0MM/55
12-3/4	323.9	1.0	5.8	>120	37.2	3.0*5.0	4.0MM/50
14	355.6	1.0	3	>80	37.8	3.0*5.0	4.0MM/59

 

 

The sizes in the table, is our usual size.

 

Special specification can be made according to your drawing !

 

 

Stainless Steel 304 Grade Water Well Screen Advantages:

 

When compared to conventional slotted pipe, Water Well Screens have superior open area due to their continuous slot openings.

 

The benefits of which will :

• Reduce energy consumption and increase water flow.

• Reduce erosion of entry surfaces and increase well life.

• Allow a uniform and efficient well development.

• Reduce significantly potential pump damage and subsequent maintenance costs.