The effect of adding magnesium oxide on the performance and usability of silicone PU plastic flooring

Silicon PU is a healthy elastic synthetic court surface material system that conforms to ergonomic principles and meets the physical characteristics of sports.It has the characteristics of upper hard and lower elastic structures and can be directly constructed on cement or asphalt foundations.

Silicon PU is a healthy elastic synthetic court surface material system that conforms to ergonomic principles and meets the physical characteristics of sports.It has the characteristics of upper hard and lower elastic structures and can be directly constructed on cement or asphalt foundations.The plastic ground can absorb impact force and reduce impact on the body.It is generally used in sports venues such as runways,basketball courts,badminton courts,etc.As a paving material for sports facilities,it has good cushioning,ductility,and chemical stability,strong adhesion with the base layer,and has a certain healing function for the foundation.

Adding magnesium oxide to silicon PU can effectively ensure the quality of its plastic flooring.The addition of magnesium oxide has a significant impact on the performance and usage effect of silicone PU plastic flooring,mainly reflected in the following aspects.
1、Improving the physical properties of silicone PU plastic flooring
Silicon PU plastic flooring,as a new type of environmentally friendly flooring material,has advantages such as dust-free,easy to clean,and low maintenance costs.Adding magnesium oxide in silicon PU of plastic runway can play the role of anti-aging,absorbing carbon dioxide,preventing foaming,preventing precipitation and solidification,extending storage period,shortening construction period,increasing tensile strength,etc.
2、Improving the flame retardant performance of silicone PU plastic flooring
Magnesium oxide,as a common flame retardant,can effectively improve the flame retardant performance of silicone PU plastic flooring.In practical applications,silicon PU plastic flooring often needs to meet certain fire resistance requirements,and adding an appropriate amount of magnesium oxide can improve the fire resistance of plastic flooring,thereby ensuring the safety of personnel and property.
3、Improving the acid and alkali resistance of silicone PU plastic flooring
Magnesium oxide can also increase the resistance of silicon PU plastic flooring to chemicals such as acid and alkali.In practical applications,silicon PU plastic flooring often needs to withstand certain chemical corrosion,and adding an appropriate amount of magnesium oxide can effectively improve the corrosion resistance of silicon PU plastic flooring,thereby extending the service life of the flooring.
In summary,the addition of magnesium oxide in silicon PU is very important,as it can effectively improve the performance and effectiveness of silicon PU.