HXCELL-HX200 by Dongying Horizon Composite is a rigid cross-linked closed cell PVC structural foam material. It provides excellent specific stiffness and strength, fatigue and impact resistance, low water absorption, sound and heat insulation. <br>
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It also shows good chemical resistance, dimensional stability, machinability, superior damage tolerance, and flame retardant performance. </li>
<li>It is processed using a water suspension foaming process that creates a uniform cross-linked structure. </li>
<li>It shows compatibility with multiple resin systems for sandwich structures. </li>
<li>It is used as a core material for lightweight high-strength composite structures in wind energy, marine, sports equipment, railway transportation, aerospace, and related industries. </li></ul>
HXCELL-HX100 by Dongying Horizon Composite is a rigid cross-linked closed cell PVC structural foam material. It provides excellent specific stiffness and strength, fatigue and impact resistance, low water absorption, sound and heat insulation. <br>
<ul style="padding-left: 40px;"><li>
It also shows good chemical resistance, dimensional stability, machinability, superior damage tolerance, and flame retardant performance. </li>
<li>It is processed using a water suspension foaming process that creates a uniform cross-linked structure. </li>
<li>It shows compatibility with multiple resin systems for sandwich structures. </li>
<li>It is used as a core material for lightweight high-strength composite structures in wind energy, marine, sports equipment, railway transportation, aerospace, and related industries. </li></ul>
HXCELL-HX130 by Dongying Horizon Composite is a rigid cross-linked closed cell PVC structural foam material. It provides excellent specific stiffness and strength, fatigue and impact resistance, low water absorption, sound and heat insulation. <br>
<ul style="padding-left: 40px;"><li>
It also shows good chemical resistance, dimensional stability, machinability, superior damage tolerance, and flame retardant performance. </li>
<li>It is processed using a water suspension foaming process that creates a uniform cross-linked structure. </li>
<li>It shows compatibility with multiple resin systems for sandwich structures. </li>
<li>It is used as a core material for lightweight high-strength composite structures in wind energy, marine, sports equipment, railway transportation, aerospace, and related industries. </li></ul>
