FSI shaker
FSI 500 BSBS Shale Shaker FSI 5000 BSBS Shale Shaker FSI 5000 B Shale Shaker FSI 500 B Shale Shaker FSI 50 B Shale Shaker
Kemtron Shaker
Kemtron Shale Shaker Manual
NOV Brandt Shaker
NOV Brandt King Cobra Hydrid Shale Shaker NOV Brandt VSM 300 Shale Shaker
MI Swaco Shale Shaker
MI Swaco Mongoose Pro Shale Shaker MI Swaco MD-2 Dual Shale Shaker MI Swaco BEM-600 Shale Shaker MI Swaco BEM-650 Shale Shaker
Tri-flo shaker
Tri-flo 123 Shale Shaker
What is API RP 13C (ISO 13501)?
A new physical testing and labeling procedure for shaker screens. To be API RP 13C compliant, a screen must be tested and labeled in accordance with the new recommended practice. Two tests were devised: cut point and conductance. The tests describe a screen without predicting its performance and can be performed anywhere in the world. [...]
What is the practical value of RP13C to the end user?
a. RP13C provides an unequivocal procedure and benchmark for comparing different screens. b. The primary intent of RP13C is to provide a standard measuring system for screens
Should I screen with a finer screen now if what used to be called a ‘200 mesh’ screen is now labeled API 120?
Users are advised to determine the screens that work best in their applications regardless of what the new API Screen Number happens to be.
Should I use the old screen number or the new API Screen Number when ordering replacement screens?
Although some companies are changing their part numbers to reflect their conformance to RP13C, others are not. It is therefore best to specify the RP13C value you want.
Why is there such a large variance between the old and new labeling values?
a. The biggest variation is due to the shift from using D50 to D100. b. The previous test procedure (RP13E) measured the distribution of the apertures in the screen.RP13C uses a physical and repeatable test using actual solids (dry aluminum oxide) which measures the coarsest particle that can pass through the screen.