Offering you a complete choice of products which include wall surface soil pressure cell for vertical applications, small-sized soil pressure cell for wall surface measurement and vibration-resistant wall surface soil pressure cell for pile structures - 70 mm sensing area.
Wall Surface Soil Pressure Cell for Vertical Applications
This wall surface soil pressure cell is engineered for precise pressure measurement in vertical applications such as silos, retaining walls, and similar structures. Ideal for monitoring wall pressure and measuring pressure from pulverulent materials like coal or grain, it ensures dependable and accurate performance. Built with a corrosion-resistant stainless-steel option, the sensor’s load cell-based design minimizes errors caused by structural bending. Its flush-mounted cable exit allows easy installation on vertical surfaces, while its wear-resistant surface ensures long-term reliability without affecting output or calibration.
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Small-Sized Soil Pressure Cell for Wall Surface Measurement
This compact soil pressure cell is specifically engineered for measuring soil pressure distribution on wall surfaces in short-term or model experiments. With an outer diameter of just Ø30 mm and a pressure-sensing surface of Ø23 mm, it is ideal for applications where space is limited and minimal disturbance is required. Perfect for laboratory research and geotechnical modeling, this sensor delivers precise and reliable pressure measurements in confined conditions. Its small size and high accuracy make it an excellent choice for specialized testing environments.
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Vibration-Resistant Wall Surface Soil Pressure Cell for Pile Structures - 70 mm Sensing Area
This wall surface soil pressure cell is specifically designed for accurate earth pressure measurement on driven structures such as sheet piles and steel pipe piles. With a 70 mm pressure-sensing surface and a rugged, vibration-resistant design, it performs reliably in dynamic field environments.
The sensor’s dual-diaphragm construction ensures precise detection of minute pressure changes, while minimizing diaphragm displacement. Its wear-resistant sensing surface enhances long-term durability, making it ideal for use in construction sites, foundation studies, and geotechnical monitoring under harsh conditions.
