Orange colour masterbatch, also known as orange special colour masterbatch, refers to a type of concentrated polymer colourants designed to impart an orange hue to plastics and other material. This type of masterbatch is most common with resins and has been developed over the years to become ever more versatile in its usage. Here we provide an overview to orange special colour masterbatch.
Uses of Orange Special Color Masterbatch
Orange special Colour Masterbatches are mainly used for colouring solid materials such as: PVC extrusion and injection moulded products, thermoplastic elastomers (TPEs), engineering plastics, fibre reinforced plastics and composites. In everyday life we can find orange special colour masterbatch being used for automotive bumpers, electrical conduits, fridge door linings etc.
Advantages of Orange Special Color Masterbatches
Here are some of the advantages of using orange special colour masterbatches in your production process:
1. Saturated Colour Tone
Orange special Colour Masterbatches create vibrant orange tones with an extraordinary degree of saturation. The colours produced are highly visible and consistent as well, allowing you to achieve the desired aesthetic result in any finished product.
2. Highly Durable Colouring
As a team of dedicated technologists continually develop raw materials used in production processes, it has become possible to make plastic items that can withstand extreme environmental conditions without fading or discoloration over time. Orange special colour masterbatches perform equally well outside, providing excellent results regardless of the lighting conditions they are exposed to – both indoors and outdoors.
3. Cost-Effective Solution
Using orange special colour masterbatches is economical compared with other methods such as painting or specialised coating techniques. It is far more cost effective when covering larger surface areas on many different types of products at once since its effects may be uniformly achieved across several items within a single batch—rather than using more standard processes where each piece must be touched individually before it is complete with colours matching the desired outcome.
Disadvantage of Using Orange Special Color Masterbatch
Here is an overview of the disadvantages associated with orange special colour masterbatch:
1. Lower Durability
Although adding a splash of colour can make products more attractive, it also makes them easier to break down over time due to the dye fading or being damaged by extended exposure to sunlight. This can significantly reduce the lifespan of any product containing orange special colour masterbatch since the lightfastness (the ability of a colour to resist fading when exposed to light) this dye typically ranges from fair to good.
2. Higher Cost
Making use of specialty dyes usually increases production costs due to needing higher amounts for colouring compared with regular dyes. Furthermore, preparing and blending these special dyes requires specific machinery or skilled labour which will add even more expenses on top of the materials cost.
3. Inaccurate Colour Matching
The use of orange special colours masterbatches could pose difficulties when trying to match shades accurately since they cannot match the same exact tone as achieved with standard dyes alone. This might be ideal when matching unique colours, but not always desirable if you’re trying to achieve uniformity in a product line.
4. Instability With Certain Materials
Orange specialty colours are prone to bleeding or losing their vibrancy when used in conjunction with certain packaging materials such as styrene acrylonitrile (SAN). While not all plastics will have this issue, it must be considered before deciding whether or not an orange specialty dye is the right choice for any application.
Conclusion
In conclusion, while there are some both advantages & disadvantages associated with using orange special colour masterbatches’ they still remain the preferred choice amongst professionals looking for high -performance products in their manufacturing processes.
This type of concentrated polymer continues to be used extensively due its versatility and strength despite being more expensive than general colouring concentrates on the market due its small range production volume
