用于改善涂层触感、光泽度和耐磨性的聚合物微球.pdf

1、1Your expert for high-performance coating solutions.LEHVOSSCoating SolutionsPolymer Microspheres2OverviewMatrixMicrosphereCombinationsProductSelectorIncorporationWearResistanceGlossLightScatteringHapticAnti-Fingerprint Lehmann&Voss&Co.KG3Hapticsdescribes how a surface feels to thetouch,including tac

2、tile qualities liketexture,softness,and grip.Haptic Lehmann&Voss&Co.KG4Controllable Haptic Properties Surface SmoothnessFrom silky to textured Grip/FrictionSlippery to grippy Hardness/Soft-Touch FeelRigid to cushioned Temperature SensationCool-touch to warm-touch Tactile Depth/LayeringFlat to dimens

3、ional feel Touch precisionSticky vs.clean-feelingHaptic Lehmann&Voss&Co.KG5Surface Smoothness Influenced byParticle size&Concentration EffectSmall particles Silky feelLarger particles More texture and tactile roughness ExampleSmartphone back cover ultra-smoothTool handle with micro-textureHaptic Leh

4、mann&Voss&Co.KG6Grip/Friction Influenced byMicrosphere hardness EffectSoft particles smoother,less frictionHard particles increased grip ExamplePower tools,comfortable,non-slip gripSafety-critical applications,grip without compromiseHaptic Lehmann&Voss&Co.KG7Hardness/Soft-Touch Feel Influenced byEla

5、sticity&particle hardness EffectSoft microspheres cushioned,velvetyHard microspheres firm,dry-touch ExampleAutomotive interior,soft-touch coatingSurfboard,non-abrasive anti-slip coatingHaptic Lehmann&Voss&Co.KG8Temperature Sensation Influenced byIndirectly via surface texture&material feel EffectSmo

6、oth surfaces feel cooler,Textured surfaces warmer/more insulating ExampleHigh-gloss,smooth,reflective,coolMatte,microsphere-enhanced soft-touch finish,warm andinvitingHaptic Lehmann&Voss&Co.KG9Tactile Depth/Layering Influenced byVariation in particle size&layering EffectCreates dimensional feelLarge