Home // 3 Ways Thermoplastic Elastomers can Help you Hit the Right Notes for Portable Speakers 1. 3.

GREY Q160-1-3 CO-PET BLUE Q330-3-1 CO-PET YELLOW Q060-4-3 CO-PET

This 4:1 folding ratio saves more than two-thirds of storage and transportation space, effectively reducing return logistics costs by up to 75%. They also have 4-way fork access and omnidirectional compatibility for efficient and safe positioning.

This 4:1 folding ratio saves more than two-thirds of storage and transportation space, effectively reducing return logistics costs by up to 75%. They also have 4-way fork access and omnidirectional compatibility for efficient and safe positioning.

This 4:1 folding ratio saves more than two-thirds of storage and transportation space, effectively reducing return logistics costs by up to 75%. They also have 4-way fork access and omnidirectional compatibility for efficient and safe positioning.

Wall Thickness (mm) C o o li n g T im e ( S e c ) 40 35 30 25 20 15 10 5 0 0 1 2 3 4 ABS PC Nylon 6/6 FIGURE 1 - Wall thickness vs. cooling time of various plastics FIGURE 2 - Designing for wall thickness changes FIGURE 3 - Internal and external radius guidelines FIGURE 4 - Coring for tight radius design ESCR Design Guide 2 CONTOUR Where possible, contouring the products’ exterior form, as shown in Figure 5, can help to eliminate pooling of fluids. A 1:1 wall thickness will produce sink and cause stress where the ribs connect with the main wall. Draft on the outside of the boss should be 1°.

Shots Composite Panel Nominal Thickness Nominal Weight Level 1 9mm full metal copper jacket with lead core 1175 ft/sec 358 m/sec 3 GlasArmor™ Level 1 0.256 in 6.5 mm 2.7 lb/ft2 13.2 kg/m2 Level 2 .357 magnum jacketed head soft point 1250 ft/sec 381 m/sec 3 GlasArmor™ Level 2 0.384 in 9.8 mm 4.0 lb/ft2 19.5 kg/m2 .44 magnum lead semi-wadcutter gas checked 1350 ft/sec 411 m/sec 3 GlasArmor™ Level 3 0.500 in 12.7 mm 5.2 lb/ft2 26.4 kg/m2 ThermoBallistic™ Level 3 0.440 in 11.2 mm 3.9 lb/ft2 19.0 kg/m2 PR OT EC TI O N L EV EL S Level 4–8: Customized solutions available, contact Avient to learn more. Characteristic GlasArmor Thermoset Panels ThermoBallistic Thermoplastic Panels Steel Concrete Performance-to-Weight            Bullet Resistance – Pistols           Bullet Resistance – Rifles    NA1     Temperature Performance        2         UV Resistance       3         Electrical Conductivity              Flame Retardance    5   4         Ease of Installation             1 Ballistic resistance to rifle fire can be achieved by layering ThermoBallistic and GlasArmor panels – contact Avient 2 ThermoBallistic panels made with polypropylene resin systems 3 UV resistance is achieved using surface polymeric films 4 Flame retardant additives can be incorporated upon request under some circumstances 5 Fire rated for 1-hour per ASTM E-119-09c when tested in an interior wall system Compare the different materials used for ballistic protection https://go.avient.com/BallisticProtection? gl=1*qdsy99*_ga*NjU3OTY5NDk3LjE3MzEzMzIyODg.

X ET-6349-001-4 Natural X 6377-001 X GV 130658#SR-06057 Aluminum

X PP-1601602 Black X TE-1601603 Black 499 MULTICAM TAN 4

X HC-15887-01 X 15913-01-8 (PEA B-18M 75) 220 RED/VIOLET 4