KET-PWP DH Shaker Screen is designed for the replacement screen of Derrick Hyperpool shale shakers. There is an operating handle on one side of the screen and a triangle breach in the center of the opposite side. Thanks to he machine assembled backside seal rubber, even the strip appears a small broken part, the other parts will be steady on back panel still. The most obvious advantage of Hyperpool PWP screen is better resistant to oil. And mesh sizes are commonly available from API 40 to API 270. Adaptable Shale Shaker Model KET-PWP DH shaker screens are used as the substitute screen for Derrick Hyperpool 4-panel shaker. Derrick Triple Hyperpool shaker. Derrick Dual Hyperpool with mud cleaner. Derrick Hyperpool VE (Vapor Extraction).Stainless steel 304/316 wire mesh for longevity. Increase shaker capacity and reduce mud loss. Scientific & reasonable cost control system for competitive price. Higher flow rates without sacrificing cut point integrity. API RP 13C (ISO 13501) compliant. Adequate inventory in the shortest time to meet customers' demand. Warranty Period: 1 year. Working Life: 400–450 hours.

Screen Designation	Mesh Type	API RP 13C Designation	Conductance Number	D100 Separation (microns)	Layer No.	Weight (kg)
KET-PWP DH-A325	DX	API 325	0.39	44	2/3	4.2
KET-PWP DH-A270	DX	API 270	0.67	57	2/3	4.2
KET-PWP DH-A230	DX	API 230	0.71	68	2/3	4.2
KET-PWP DH-A200	DX	API 200	1.32	73.3	2/3	4.2
KET-PWP DH-A170	DX	API 170	1.34	85.4	2/3	4.2
KET-PWP DH-A140	DX	API 140	1.89	104	2/3	4.2
KET-PWP DH-A120	DX	API 120	1.89	117.8	2/3	4.2
KET-PWP DH-A100	DX	API 100	2.66	142	2/3	4.2
KET-PWP DH-A80	DX	API 80	2.76	170.4	2/3	4.2
KET-PWP DH-A70	DX	API 70	3.33	203	2/3	4.2
KET-PWP DH-A60	DX	API 60	4.1	268	2/3	4.2
KET-PWP DH-A50	DX	API 50	5.17	285	2/3	4.2
KET-PWP DH-A40	DX	API 40	8.64	439	2/3	4.2
KET-PWP DH-A35	DX	API 35	9.69	538	2/3	4.2
KET-PWP DH-A20	DX	API 20	10.88	809	2/3	4.2
* D100: Particles this size and larger will normally be discarded.* API: Corresponding API sieve equivalent as per API RP 13C.* Conductance No.: This represents the ease with which a liquid can flow through the screen. Larger values represent higher volume handing.