High gloss Acrylic plastic is a new and modern material with great aesthetics. This is why High Gloss Acrylic is very popular in the market today. Find out more about this industrial interior material with Livas in this article!
High Gloss Acrylic Plastics
High Gloss Acrylic Plastic originates from petroleum refining. This material can be transparent or colored.
This is a high-gloss industrial material featured with shining and sparkling effect when being put under the light. The Acrylic surface offers high light reflectivity, so it is commonly known as mirror-like Acrylic plastic.
In the past, Acrylic plastic only had a monochrome surface, but as modern technology develops, many types of Acrylic surfaces are born to meet the diverse uses of customers.
There are currently 36 types of Acrylic surface available on the market, in all colors and styles such as beech grain, walnut grain, etc. for free choice by customers.
Process For Manufacturing High Gloss Acrylic Plastic
Step 1: Wood core selection
The first step in the High Gloss Acrylic Plastic manufacturing process is the selection of engineered wood cores. This is important as it will determine the strength of the panel core. Wood cores with smooth, uniform and non-deformed surfaces are always the top priority to ensure quality and longevity of furniture products.
Step 2: Surface cleaning
In this next step, the wood core surface and the acrylic surface are cleaned. This is a simple but essential step. It affects the final quality of the product for determining whether the interior surface is smooth or not.
Step 3: Glue coating
After smoothing the wood and Acrylic surfaces, a layer of glue is casted over the Acrylic sheet. The glue to be used must have a good bonding effect, with a proper amount to create a thin and uniform layer on the surface to be coated.
Step 4: Acrylic sheet surface pressing
The final step is to press the Acrylic sheet onto the wood core by an automatic non-heating production line to ensure the perfect surface finish in natural conditions.
The advantages that make High Gloss Acrylic the most preferred choice today
Modern and classy beauty
The main raw material that makes up Acrylic sheets is petroleum-based plastic. Therefore, interior products made from this material are ensured with natural shine and great aesthetic value, delivering a luxury and classy beauty.
Furniture using High Gloss Acrylic always reflects natural colors. The shine from the interior surface is the feature that earns favor from many customers. This type of surface is in a simple plain color with luxurious wood grain design, ensuring absolute aesthetic value for your house’s space.
High Gloss Acrylic plastic is an extremely durable industrial material. It is made up of a mixture of thermoplastic Acrylic – providing a high flexibility, and great impact strength. Engineered wood furniture coated with High Gloss Acrylic even offers extremely good UV protection.
Compared with other types of wood interior finish such as Melamine, Laminate, or Veneer, Acrylic provides a longer service life thanks to its flexibility, elasticity and good impact strength.
Bringing clean and bright space
Another advantage of High Gloss Acrylic furniture is that it is easy to clean, even grease stains and stains on the surface. This helps housewives always keep their space clean, bright and cool.
If there are scratches accidentally caused on the furniture surface during use, you just need to polish the surface with a sandpaper to easily erase such scratches, ensuring your furniture remains as beautiful as the first day.
Among the current engineered wood products on the market, High Gloss Acrylic furniture is outstanding for its both luxurious and modern beauty. Acrylic plastic helps to increase the feeling of ventilation and light in the space. In addition, Acrylic materials also have a fairly high reflective surface, thus creating a sense of space expansion.
Hope that the above sharing of Livas has updated you with the new knowledge about High Gloss Acrylic, from which you can make the best reasonable and optimal way for its application in space design.