There are many active Magnesium Oxide MgO on the market, such as active magnesium oxide 40, active magnesium oxide 80, active magnesium oxide 120, active magnesium oxide 150 and other related products. Activated magnesium oxide is used in adsorbents and thickeners, and is commonly used in the glass fiber reinforced plastic industry. Some manufacturers do not choose the right activated magnesium oxide, which leads to problems such as poor finished products.

According to the iodine absorption value of domestic activated Magnesium Oxide MgO, it is concluded through thickening experiments that the thickening curves of parallel samples with different activities of magnesium oxide are basically the same, and different activated magnesium oxides in the same time period have a great increase in the viscosity of the resin. The higher the activity of magnesium oxide, the greater the increase of the resin viscosity value, indicating that the activity of magnesium oxide has a direct impact on the thickening speed of the resin. The thickening speed of the low activity is slow, and the thickening speed of the high activity is fast.

By studying the thickening mechanism of Magnesium Oxide MgO on FRP resin and the difference in the thickening effect of FRP resin with different activity values, we strive to develop products with better quality and lower cost, and provide the best solution for FRP resin users.

In addition to being related to the iodine absorption value of the product, it also has a great influence on the raw material and calcination process of the Magnesium Oxide MgO product. For example, the same active value product is selected, but the raw material process is different. Magnesium oxide thickened glass fiber reinforced plastic resin is an application In a very strong industry, the thickening effect has a great impact on the processing of the product. It is not only necessary to pay attention to the activity and production characteristics of magnesium oxide, but also to the influence of the processing performance in the production process of the product.