XYFoams to Showcase Flexible Sensing Materials at the 2026 Shanghai Sensor Technology and Application Exhibition

Views: 0     Author: Site Editor     Publish Time: 2026-08-28      Origin: Site

Inquire

facebook sharing button
twitter sharing button
line sharing button
wechat sharing button
linkedin sharing button
pinterest sharing button
whatsapp sharing button
sharethis sharing button

Shanghai, China — August 28, 2026 — Hubei Xiangyuan New Material Technology Co., Ltd. (XY Foams) will participate in the 2026 Shanghai Sensor Technology and Application Exhibition, taking place from September 16 to 18, 2026, at the Shanghai International Sourcing Convention and Exhibition Center.

At Booth C056, XY Foams will present its latest material solutions for flexible sensing and pressure-sensing applications, highlighting the company's capabilities in developing advanced flexible materials for emerging sensor technologies.

Flexible Materials for Next-Generation Sensing

With the growing demand for intelligent sensing across automotive, robotics, consumer electronics, healthcare and industrial applications, sensor performance increasingly depends on the materials used for pressure distribution, cushioning, deformation response and signal transmission.

At this exhibition, XY Foams will showcase solutions including:

  • Flexible pressure-sensitive materials

  • Multi-pore flexible piezoelectric sensors

  • Pressure-sensitive and cushioning material solutions

  • Material solutions for robotic sensing

  • Smart mattress and pillow applications

  • Intelligent tactile sensing materials

These solutions are designed to support different sensing structures and application requirements, providing material options for pressure detection, force distribution and flexible deformation.

Supporting Diverse Application Scenarios

Flexible sensing technologies are finding new applications in areas where conventional rigid sensors may have limitations.

XY Foams' solutions can be explored for applications including:

  • Robotics — tactile sensing and force detection

  • Smart automotive interiors — pressure and occupancy sensing

  • Industrial automation — pressure and contact detection

  • Consumer electronics — flexible sensing interfaces

  • Smart mattresses and pillows — pressure distribution and body sensing

  • Intelligent prosthetics and wearable devices — tactile and pressure sensing

By combining material development with application-oriented engineering, XY Foams aims to provide flexible material solutions that can be integrated into different sensing structures and product designs.

Meet XY Foams at Booth C056

The 2026 Shanghai Sensor Technology and Application Exhibition will provide an opportunity for sensor manufacturers, engineers, system integrators and industry professionals to explore new developments in sensing materials and technologies.

XY Foams welcomes visitors to Booth C056 to discuss material requirements, application challenges and potential cooperation in flexible sensing technologies.

Exhibition: 2026 Shanghai Sensor Technology and Application Exhibition
Date: September 16–18, 2026
Venue: Shanghai International Sourcing Convention and Exhibition Center
Booth: C056

Visit XY Foams at Booth C056 and explore new possibilities in flexible sensing materials.

Advanced foam materials for die-cutting converters, adhesive tape manufacturers, and end-use industries, including cross-linked polyolefin foam, silicone foam, microcellular PU foam, and supercritical foamed materials, widely used in new energy, electronics, industrial sealing and cushioning, and footwear applications.

Learn How We Can Support Your Project

  • Personalized Estimate and  Consultation
  • See Our Proven Track Record with Clients
  • Access Detailed Product Technical Data Sheets (TDS)
  • Request a Free Sample to Evaluate Our Quality
  • Contact us for a tailored solution
 
         sales@xyfoams.com – Sales
         info@xyfoams.com – Technical ,Media,Other
 
 
 

Quick Links

Product Information

​Copyright © 2024 Hubei Xiangyuan New Material Technology Inc. All rights reserved. | Sitemap | Privacy Policy