Sand Content Kit – API Standard Sieve Analysis for Drilling Fluids in Agartala
Innova Corporate (India) is a premier manufacturer and international exporter of the Sand Content Kit (Sand Measuring Kit), now serving the foundational engineering sector in Agartala. One of the core roles of a drilling fluid is the effective removal of excavated solids. When sand-sized debris—classified by API standards as particles exceeding 74 µm or 200-mesh—reaches excessive levels, they become aggressive abrasive contaminants. Without frequent testing in Agartala’s varied terrains, these particles can cause severe machinery damage and threaten the overall stability of the borehole.
Sieve analysis is the gold standard for sand content determination, favored for its dependable results and ease of use on-site. Our testing kit calculates the volume percentage of sand particles, accounting for the interstitial spaces, in relation to the total mud volume. This diagnostic procedure is essential for both low-solids fluids and weighted mud systems used in Agartala, equipping site engineers with the insights needed to fine-tune solids control machinery and avoid expensive operational delays.
Maintaining a low sand percentage is critical for operational success. High sand concentrations can result in the deposition of an excessively thick filter cake on the borehole walls, increasing the risk of differential sticking. Furthermore, excessive sand causes rapid abrasive wear on pump components, valves, and pipe connections, and can lead to solids settling around drilling tools when circulation is suspended, interfering with the setting of casings.
The Innova Sand Content Kit is a rugged, portable, and highly accurate apparatus. The kit comprises a specialized 200-mesh brass sieve fastened within a polyethylene collar, a 10 ml graduated glass measuring tube (0–20% range), and a durable plastic funnel. For field convenience, a 500 ml wash bottle and a high-impact carrying case are included, ensuring all components are protected in harsh drilling environments.