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Ways to Improve Acrylic Sunglasses Display Racks Adhesive Property

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acrylic sunglasses display racks The processing technology of acrylic  sunglasses  display racks is injection molding and bonding. However,  the injection molding display racks needs mold ing  and the cost is high .   Therefore, currently, m ost of the acrylic display rack s are using bonding way.   In fact,  the bonding acrylic display  may   has  some problems .   I f the bonding part is not hand le  well, it is easy to cause  bubbles and glue marks  at the bonding area.   This will  affects the adhesive property  of the display racks ! So, is there any way to avoid or reduce this situation? In the followings, we  wants to share how to improve the adhesive effect of a crylic sunglasses display rack s . 1. Clean up the bonding area before bond the acrylic board.   The dust in the air or the dirt on the surface of the acrylic board  will  damage the bonding effect. They may  cause bubbles when the glue is bonded to the acrylic sunglasses display  racks . Normally, t he bond

How Temperature Influence Acrylic Sunglasses Display Racks

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acrylic sunglasses display racks in sunglasses stores Ice will melt when environment temperature increase , and temperature affects many things in daily life. So, for acrylic sunglasses display rack s, how does temperature affect it? Let's share it with you by Able Acrylic Display ! 1. Affect the extensi on a bility of acrylic display racks; With the increase of temperature, the elongation of acrylic material  increases gradually during the brittle fracture process .   A nd the elongation at break of acrylic material  reaches 5.6% at 60  centigrade . When the temperature exceeds a certain standard, the acrylic  will begin to soften and the stretching process wil l damage the acrylic sunglasses display racks . 2. Influence t he hardness of   acrylic sunglasses display racks; The hardness of acrylic material  decreases as the temperature increase. In addition, the greater the load value used to measure the hardness, the lower the measured hardness value. Within a ce