Swimming goggles sealing tester

Criterios aplicables:

Seal test equipment for swimming goggles according to ISO 18527-3

Introducción del producto:

The tightness of goggles according to ISO 18527-3 and other types of goggles is essential to guarantee their protection against liquids, gases and vapors. Our test equipment is designed according to the requirements of the new ISO 18527-3 standard and facilitates rapid testing during the production process.

Autoclave testing according to EN 14325.

The （air） permeability of fabrics and seams of protective clothing to chemicals after exposure to different stesses is the degree of product performance grade. Our test equipment is designed in accordance with EN 14325 autoclave test methods.

The instrument is used in laboratories and manufacturing facilities for:

Evaluating the watertightness and sealing performance of swimming goggles.

Assessing the effectiveness of the seal against liquids, gases, and vapors.

Quality control during the production process to ensure consistent sealing integrity.

Research and development of new goggle designs and sealing materials.

Ensuring goggles comply with performance and safety standards like ISO 18527-3.

Product Advantages:

Provides a controlled and objective test for evaluating goggle sealing performance.

Essential for guaranteeing protection against liquid, gas, and vapor ingress.

Designed according to the requirements of standards like ISO 18527-3.

Facilitates rapid testing, making it suitable for production line quality control.

Helps ensure consistent sealing integrity across manufactured goggles.

Características del producto:

Based on the test type and application:

Standardized test head or fixture designed to replicate the contours of a face for securely mounting the goggles.

System for applying a controlled positive pressure or negative pressure (vacuum) within the sealed volume of the goggles once fitted to the test head.

Pressure or vacuum sensing system to monitor the applied pressure/vacuum level.

Leakage detection mechanism, typically involving monitoring for pressure/vacuum decay over time.

Timer to control the test duration as specified by the standard.

Control system for setting test parameters and indicating pass/fail status.