10 13 15 Force Sensor Pressure SF15-100 SF15 600 0- Resistance Thin Zpaxo 10cm

SF15 Thin Film Force Sensor – Flexible Pressure Sensor

10cm
$13.54
Sale price  $13.54 Regular price  $16.76
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10 13 15 Force Sensor Pressure SF15-100 SF15 600 0- Resistance Thin Zpaxo 10cm

SF15 Thin Film Force Sensor – Flexible Pressure Sensor

$13.54
Sale price  $13.54 Regular price  $16.76
Color

SF15 Thin Film Force Sensor – Highly Sensitive Flexible Pressure Detection

The SF15 Thin Film Force Sensor is a compact, ultra-thin, and highly responsive pressure-sensing component designed for engineers, makers, and developers working on smart home systems, wearable devices, robotics, and electronics prototyping. Built with advanced flexible nanometer materials, this sensor delivers precise, real-time force measurement in a slim, unobtrusive form factor.

Key Features

  • High Sensitivity: Flexible nanometer film construction enables highly accurate detection of applied force and pressure changes.
  • Waterproof & Durable: Dual waterproof and pressure-sensitive functionality ensures reliable performance across a wide range of environments.
  • Ultra-Thin Profile: The thin film design makes it easy to integrate into tight spaces and compact device enclosures.
  • Resistance-Type Output: Resistance varies proportionally with applied force, providing a straightforward signal for microcontrollers and DAQ systems.
  • Long Service Life: Built to withstand repeated use cycles without degrading sensor accuracy or responsiveness.
  • Multiple Size Options: Available in 10mm, 13mm, and 15mm sensing area variants to suit different project requirements.
  • Wide Range of Force Ratings: Compatible models include SF15-100 and SF15-600, covering a broad measurement spectrum.

Applications

  • Smart home automation systems
  • Wearable technology and fitness devices
  • Medical electronics (non-diagnostic monitoring devices)
  • Robotics and interactive interfaces
  • Industrial and DIY electronics projects

Specifications

  • Sensor Type: Resistance-type thin film force/pressure sensor
  • Models: SF15-100, SF15-600
  • Sensing Diameter Options: 10mm, 13mm, 15mm
  • Output: Variable resistance proportional to applied force
  • Material: Flexible nanometer film
  • Colors Available: 4 options to suit your project aesthetic

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Frequently Asked Questions

Q: What is the SF15 thin film force sensor and how does it work?

A: The SF15 thin film force sensor is a resistance-type pressure-sensing component made from flexible nanometer film materials. When force is applied to the sensing area, the sensor's electrical resistance changes proportionally, allowing connected microcontrollers or measurement systems to accurately detect and quantify the applied force. It is available in SF15-100 and SF15-600 models covering different force ranges.

Q: What are the main applications for the SF15 force sensor?

A: The SF15 force sensor is widely used in smart home automation, wearable technology, robotics, DIY electronics, and non-diagnostic medical electronics. Its ultra-thin, flexible design makes it ideal for integration into compact devices where space is limited but accurate force detection is required.

Q: What sensing area sizes are available for the SF15 pressure sensor?

A: The SF15 thin film force sensor is available in three sensing diameter options: 10mm, 13mm, and 15mm. This range of sizes allows you to select the best fit for your specific application, whether you're working on a small wearable device or a larger smart home control interface.

Q: Is the SF15 force sensor waterproof?

A: Yes. The SF15 features a dual waterproof and pressure-sensitive construction, making it resistant to splashes and moisture exposure. This ensures dependable performance even in environments where liquid contact is possible.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

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