1、 Core technology: Full scenario dynamic coupling testing platform

Multi dimensional environment simulation system

Wind erosion photoaging coupling cabin: Integrated aerosol injection module (adjustable particle flow rate from 0-30m/s) and xenon lamp array (spectral range from 280-3000nm), achieving high-precision reproduction of environments such as deserts, oceans, and plateaus.

Intelligent damage monitoring: using laser speckle interferometry technology to capture micro cracks on the surface of materials in real time (with a resolution of 0.5 μ m), combined with AI algorithms to predict the critical point of failure, the testing efficiency is improved by 60%.

Data driven testing protocol

Parameter adaptive adjustment: Based on the material database (covering 2000+metal/polymer materials), it automatically matches ISO 4892-6, GB/T 3511 and other standards, and supports one click generation of test plans for non-standard working conditions.

Digital twin verification: Establish a virtual model of material environment coupling, with a deviation of less than 3% between measured data and simulation results, helping to shorten the R&D cycle by 50%.

2、 Industry level solutions

Durability verification of new energy equipment

Photovoltaic modules: In the simulated coupling environment of northwest wind and sand (15m/s)+strong ultraviolet (1200W/m ²), the annual attenuation rate of the transmittance of EVA film for double glass modules decreased from 8.7% to 3.2%.

Electric vehicles: battery pack sealing material passes 200 temperature shocks (-40 ℃) ↔ After conducting a salt spray cycle test at 85 ℃, the air tightness retention rate is greater than 98%, reaching the IP68 protection level.

Improving the reliability of precision manufacturing

Semiconductor packaging: The chip packaging material has undergone coupled testing of wet heat (85 ℃/85% RH) and vibration (20G acceleration), reducing the risk of interface delamination by 72%.

Aerospace: Titanium alloy fasteners have a 40% increase in fatigue strength under low-pressure (5kPa)+radiation (equivalent to 5-year space radiation exposure) environment.

3、 Technical advantages and tested cases

4、 Industry Empowerment Map

R&D end

Material selection: Select the optimal formula of epoxy resin for wind turbine blades through coupling testing, with a 25% increase in bending modulus

Process optimization: New nano sealing technology is validated for automotive electroplating layers in a composite corrosion environment, resulting in a 300% increase in scratch resistance

Production end

Quality control: AI vision system detects micro scratches on mobile phone shells in real-time (detection rate 99.99%), reducing defect rate to 50PPM

Supply chain management: Establish a three-level coupling testing system of materials, components, and complete machines, and tighten the threshold for supplier admission failure rate to 0.1%

Shanghai Hexiaoyi Declaration
Driven by the dual strategy of "dual carbon" and intelligent manufacturing, Shanghai Hexiaoyi continues to iterate and couple testing technology system

More precise: By 2025, a new quantum sensor array will be added to achieve atomic level damage monitoring

Greener: The energy recovery system in the test cabin reduces carbon emissions by 42% and simultaneously promotes the construction of zero carbon laboratories. ‌