What materials can photoluminescent masterbatch be mixed with?

Plastics, Rubbers, Fibers and Textiles, Coatings, Paints, and Inks, Elastomers, Resins and Composites.

How much photoluminescent masterbatch is needed to achieve desired luminosity?

1. Pigment Concentration: Higher concentrations can lead to stronger luminosity, but they also increase the cost and may affect the material’s physical properties. 2. Base Material: The type of material you’re mixing the masterbatch with can influence the amount needed. Transparent or translucent materials often require less masterbatch to achieve a certain level of luminosity compared to opaque materials, which might need a higher concentration to allow the glow to be visible. 3. Desired Luminosity: Higher levels of luminosity generally require higher concentrations of photoluminescent pigment. 4. Application Method and Efficiency: The method of incorporating the masterbatch into the product (e.g., injection molding, extrusion, etc.) and the efficiency of the process can affect the distribution of the pigment and, consequently, the final luminosity of the product.

Can photoluminescent masterbatch be used in food-grade products?

Yes, photoluminescent masterbatch can be used in food-grade products, but with important considerations and restrictions. The key factor is that the materials used in the masterbatch, including the photoluminescent pigments and the carrier resin, must be certified as food-grade by relevant regulatory bodies. This means they must meet strict safety standards for coming into contact with food.

What are the storage conditions for photoluminescent masterbatch?

1. Keep in a Cool, Dry Place. 2. Avoid Direct Sunlight. 3. Keep in Original Packaging. 4. Avoid Contamination. 5. Proper Ventilation. 6. Safety and Handling Instructions.

Photoluminescent Masterbatch, Luminescent/Luminous Masterbatch for Sale

Types of Photoluminescent Masterbatch

Material	Model Number	basic materials	Temperature Specifications	Size(mm)	Luminosity（mcd/㎡）		Glow Showcase
					10(min)	60(min)
ABS	JT-PL-ABS50	pigment (50%) ABS plastic resin (50%)	40 to +100 degrees with a melting point of 170 degrees	2-5MM	＞520	＞75

PVC	JT-PL-PVC50	pigment (50%) ABS plastic resin (50%)	-10 to +60 degrees, melting point 185 degrees		＞520	＞75

PC	JT-PL-PC50	pigment (50%) PC plastic resin (50%)	-10 to +60 degrees, melting point 185 degrees		＞520	＞75

PE	JT-PL-PE50	pigment (50%) PE plastic resin (50%)	-60 to +90 degrees, melting point 140 degrees		＞520	＞75

TPU	JT-PL-TPU50	pigment (50%) TPU plastic resin (50%)	-20 to +80 degrees, melting point 160 degrees		＞520	＞75

PP	JT-PL-PP50	pigment (50%) PP plastic resin (50%)	-30 to +120 degrees, melting point 165 degrees		＞520	＞75

Remarks: All masterbatches can be customized and adjusted according to customer requirements.

Advantages of Photoluminescent Masterbatch

JunTing Photoluminescent masterbatch is a specialized additive designed for plastics, imbuing them with the ability to glow in the dark after exposure to light. The innovative material of this luminescent masterbatch charges under sunlight or artificial light and releases a luminous glow, enhancing safety and aesthetics in products ranging from toys and emergency signage to decorative items and textiles, offering both functional and creative design possibilities.

FAQs of Photoluminescent Masterbatch

Q

What materials can photoluminescent masterbatch be mixed with?


A

Plastics, Rubbers, Fibers and Textiles, Coatings, Paints, and Inks, Elastomers, Resins and Composites.
Q

How much photoluminescent masterbatch is needed to achieve desired luminosity?


A

1. Pigment Concentration: Higher concentrations can lead to stronger luminosity, but they also increase the cost and may affect the material’s physical properties.
2. Base Material: The type of material you’re mixing the masterbatch with can influence the amount needed. Transparent or translucent materials often require less masterbatch to achieve a certain level of luminosity compared to opaque materials, which might need a higher concentration to allow the glow to be visible.
3. Desired Luminosity: Higher levels of luminosity generally require higher concentrations of photoluminescent pigment.
4. Application Method and Efficiency: The method of incorporating the masterbatch into the product (e.g., injection molding, extrusion, etc.) and the efficiency of the process can affect the distribution of the pigment and, consequently, the final luminosity of the product.
Q

Can photoluminescent masterbatch be used in food-grade products?


A

Yes, photoluminescent masterbatch can be used in food-grade products, but with important considerations and restrictions. The key factor is that the materials used in the masterbatch, including the photoluminescent pigments and the carrier resin, must be certified as food-grade by relevant regulatory bodies. This means they must meet strict safety standards for coming into contact with food.
Q

What are the storage conditions for photoluminescent masterbatch?


A

1. Keep in a Cool, Dry Place.
2. Avoid Direct Sunlight.
3. Keep in Original Packaging.
4. Avoid Contamination.
5. Proper Ventilation.
6. Safety and Handling Instructions.

Get in Touch with Junting



Contact With Us:

E-mail: jtym@lumi-nite.cn


Have a Questions? Call Us:

86-0571-85826917


Add:

Room 815 And 816, Building 2, Dongfang Mao Commercial Center, Hangzhou, Zhejiang