CRTM™ (Continuous Resin Transfer Molding) Reinforced Composite Sandwich Panels Lightweight, high-performance metal replacement solution PRODUCT DESCRIPTION Lightweight CRTM panels are custom engineered, high quality composite sandwich panels designed to deliver the structural benefits of metal panel systems. KEY CHARACTERISTICS Avient CRTM panels offer significant benefits to customers, including: • Superior strength to weight ratio • �Unlimited length capability; widths up to 108" • �Thermal insulation • Ultra-low thermal conductivity • �Customized density, thickness, weight and color • �Vibration damping and acoustic insulation • Chemical and corrosion resistance • Consistent cross-sections and quality PRODUCT BULLETIN Other thicknesses/architectures are available.

The FlexCart Micro unit, due to its smaller footprint and reduced throughput range, is designed to work with the LN molded polymer containers—specifically the 10-liter pack. PC PUMP RATE (cc/rev) 0.09 0.28 0.87 2.6 5.2 RECOMMENDED OUTPUT RANGE (g/min) 0.9–9 2.8–28 8.7–87 26–260 53–520 MAX PUMP OUTPUT (g/min) 18 56 174 520 1040 Avient can provide support and assistance on every aspect of liquid color and additive processing.

It has great strength, is inherently resistant to solvents, as well as heat, abrasion and friction and shrinks very little during molding.

Reusable concentrates significantly reduce time spent cleaning extrusion and injection molding equipment.

During molding, longer fibers intertwine and align with polymer flow to form an internal skeletal network.

Typically for injection molding processing 12 mm (0.5 inch) long pellets are the standard length to facilitate material handling and feeding into processing equipment.

For over-mold applications, the thinner the elastomer is on the substrate, the harder it will feel.

Teams from both companies worked closely to understand the specific property needs, and then searched for an impact modifier solution that the manufacturer could readily blend into polypropylene at the molding machine.

Material used, injection molding of plaques, physical properties, adhesion, rheology and results

Material used, injection molding of plaques, physical properties, adhesion, rheology and results