Description
Radiant GMH Series Fluorescent Pigments
Radiant GMH Series is a range of fine micro-spherical fluorescent pigments developed for applications involving elevated processing temperatures and longer dwell times. The series is particularly designed for EVA moulding and compression forming, where conventional fluorescent pigments may experience greater colour loss during extended heat exposure.
The GMH Advantage
The main strength of Radiant GMH Series lies in its improved heat stability. Its fine micro-spherical particle structure is designed to help limit the colour loss that can occur with other fluorescent pigment types during demanding thermal processing.
Where GMH Series Works Best
EVA Moulding
Radiant GMH Series is specially designed for EVA moulding applications where processing can involve elevated temperatures and extended dwell times.
Compression Forming
The series is suitable for compression-forming processes where maintaining colour appearance during prolonged heat exposure is important.
Plastic Applications
The pigments can be evaluated for suitable plastic formulations where improved heat stability is required alongside fluorescent colour.
Rubber, Paints & Inks
The product range is also listed for plastics, paints, inks and rubber applications, subject to grade and formulation compatibility.
Why Select Radiant GMH?
When a fluorescent pigment is exposed to higher temperatures for longer periods, colour loss can become a practical processing concern. Radiant GMH Series addresses this requirement with an improved heat-stability profile specifically suited to demanding moulding and forming conditions.
This makes it a suitable option for manufacturers looking for fluorescent colour performance in applications where ordinary fluorescent pigments may not provide the required thermal stability.
Get the Right Grade for Your Process
Share your material, processing temperature, dwell time and required fluorescent shade with B. N. Mehra & Co. to identify a suitable Radiant GMH Series pigment for your application.
