Measure total transmission and haze
Complie to ASTM D1003 (CIE C)
Suitable for plastic film and other transparent material.
Novo-Haze TX Transmission Haze
The Novo-Haze TX Transmission Hazemeter offers fast and accurate measurement of the optical quality of plastic films and other transparent materials.
This instrument measures total transmission and haze according to ASTM D1003 (CIE C), the most important standard used in most QA applications.
Manufactured in direct response to industry requirements, the Novo-Haze TX is offered at huge savings compared to other instruments which contain additional superfluous test methods.
The instrument features an intuitive user friendly interface which minimises the test time and makes it an ideal choice for both QC and R&D.
Uncompromising design, high quality materials and European manufacture make the Novo-Haze TX the ideal choice for any laboratory or QA environment.
At 50% of the price of the market leader for only measuring to this standard (ASTM D1003, CIE C), the Rhopoint Novo-Haze TX represents huge savings without compromising measurement accuracy.
What is Transmission Haze?
The Novo-Haze TX transmission hazemeter quantifies the optical qualities of transparent materials. The two most important aspects are:
1. Transmission — a measurement of the total amount of light that passes through a material that is influenced by absorption and reflective properties.
In the plastic film industry the transmission measurement is related to the opacity of the material and/or the hiding power of the applied coatings.
2. Transmission Haze — a measurement of the light scattering characteristics of a material. Haze can be due to suspended particles or contaminants within a sample or fine surface texture & contamination.
Haze measurement can be used to quantify the optical characteristics of plastics and packaging films.
In packaging applications hazy films may reduce a consumer’s quality perception as packed products can look cloudy and indistinct. For plastics with haze the visibility of the test material becomes more apparent and the contrast of viewed objects is reduced.