Haze Meter YH1100

Introduction

The 3nh YH1100 Haze Meter is an advanced instrument designed to measure haze and total light transmittance with precision and repeatability. This device conforms to ASTM D1003 standards and employs a PD array detector to ensure compliance with the CIE V(λ)2 degree visual response. Its innovative design allows for both vertical and horizontal testing, accommodating a wide variety of samples, making it an essential tool in quality control across multiple industries.

Technical Advantages

1. Conformance to Standards

   • Meets the requirements of ASTM D1003/1044, GB/T 2410, JJF 1303-2011, CIE 15.2, JIS K7105, JIS K7361, and JIS K7136.
   • Suitable for users needing compliance with international test standards.

2. Precision and Ease of Use

   • Equipped with a large touch screen for an intuitive user interface.
   • PD array detector provides high precision and repeatability.
   • CIE V(λ)2 degree visual response ensures accurate transmittance and haze measurements.
   • USB data output facilitates seamless integration with laboratory systems.

3. Dynamic Measurement

   • Independent light source detector and temperature sensor for real-time monitoring of light source and environmental changes.
   • Guarantees reliability of test data under dynamic conditions.

4. Flexible and Wide Sample Testing

   • Open measurement design allows for vertical and horizontal testing, enabling testing of larger or irregular samples.

5. Quality Control Software

   • Provides powerful tools for haze and transmittance data measurement and analysis.
   • Supports digitized user management, comparative analysis, and customized test reports.
   • Facilitates efficient quality monitoring and data management across industries.

Applications

The YH1100 Haze Meter is widely utilized in:

• Glass processing
• Plastic processing
• Film manufacturing
• Screen production
• Packaging industry
• Liquid pharmaceutical analysis

Features

• Conforms to global testing standards.
• High precision and repeatability with dynamic environmental adjustment.
• Open measurement area suitable for diverse sample types.
• Integrated software for data analysis and management.