Engineered for Extremes: The Rugged Reliability of Magnetostrictive Displacement Transducers in Harsh Environments
In modern industrial environments—where dust, moisture, oil, and corrosive chemicals are the norm—sensor reliability is critical. The magnetostrictive displacement transducer from Shenzhen Soway Technology Development Co., Ltd. stands out as a highly durable, non-contact measurement solution purpose-built for these challenging conditions.
What makes these transducers unique is their ability to deliver precise linear position measurements with zero mechanical wear. Unlike contact-based sensors that degrade over time, magnetostrictive sensors operate using waveguide-based magnetic induction. This design provides exceptional resistance to mechanical fatigue, making them ideal for continuous operation in 24/7 industrial processes.
Built to Withstand Harsh Industrial Settings
Soway's magnetostrictive sensors feature IP-rated enclosures and corrosion-resistant stainless steel housings. This allows them to perform reliably in:
Dust-laden environments like cement plants or grain processing lines
High-humidity zones such as water treatment facilities
Chemically aggressive areas including petrochemical plants or battery manufacturing lines
Additionally, these sensors offer excellent resistance to EMI (electromagnetic interference), ensuring signal integrity near high-power motors, variable frequency drives, or arc welders.
Applications That Demand Durability
Soway’s magnetostrictive displacement transducers are commonly used in:
Hydraulic and pneumatic cylinders for closed-loop control
Steel processing and metalworking for precise tool positioning
Oil and gas for valve stroke measurement and tank level monitoring
Food and pharmaceutical industries, where cleanliness and resistance to steam/chemicals are essential
Soway offers multiple models—including SDM20T, SDM21T, SDM22T, SDM23T, SDM40S—each tailored to specific industrial demands while maintaining their signature environmental resilience.
