Skip to content

Evonik Industries
Search

Skip over generic navigation

  • www.evonik.com

Skip over primary navigation

ACRYLITE® Polymers | HOMEACRYLITE® Polymers | HOME
  • About ACRYLITE® PolymersAbout ACRYLITE® Polymers
  • ProductsProducts
  • Application AreasApplication Areas
  • Technical SupportTechnical Support
  • ContactContact

Skip over visual

Skip over functional column



Skip over functional column

  • Products
  • Light Diffusing polymers

ACRYLITE® df light diffusing acrylic polymers

Materials Finalist in the 2008 SPE Innovation Competition.

Our light diffusing acrylic polymers meet the demands of lighting applications in the consumer, industrial, and office lighting markets. These light diffusing resins are available in both ACRYLITE® and ACRYLITE PLUS® grades.

 

ACRYLITE® df light diffusing acrylic polymers

Where high lighting efficiency as well as excellent hiding power is desired, ACRYLITE® df polymers provide added value in performance and reduced lighting costs by allowing higher lighting capacity at the same energy level, or equivalent lighting capacity as traditional pigmented diffusers at lower energy levels.



These compounds are used in:

  • Office lighting diffusion panels or covers
  • Lighting globes for outdoor lighting applications
  • Decorative and HID (high intensity discharge) lighting systems.

 

ACRYLITE® df compounds offer increased lighting efficiency with a 20-40 percent increase in light transmittance versus pigmented products. They are offered:

  • With different concentration levels
  • In different grades
  • Customized to meet specific end-user equirements (including ultraviolet absorbers and/or internal lubricants; in transparent colors)

 

 

ACRYLITE df Discussion Chart

Product Offering

Light Properties

Status

ACRYLITE df23 8N 86% Light Transmission / 96% Haze Standard df Grade
ACRYLITE df22 8N 88% Light Transmission / 94% Haze Specialty df Grade
ACRYLITE df21 8N 90% Light Transmission / 83% Haze Specialty df Grade
ACRYLITE df20 8N 90% Light Transmission / 50% Haze Specialty df Grade

 

 

ACRYLITE PLUS® zdf impact light diffusing acrylic polymer

For superior light diffusion, excellent outdoor durability, and three times more impact strength than standard acrylic ACRYLITE PLUS® zdf polymer is ideal for:

  • Outdoor light fixtures
  • Panels, displays
  • P-O-P applications

 

Impact modified ACRYLITE PLUS® zdf polymer allows higher light transmittance and output ratios than conventional pigment-diffusion polymers. It achieves this high level of light transmittance by incorporating high molecular weight polymer beads with a different refractive index into the acrylic.

This results in an even distribution of light transmitted through the acrylic, and a: 

  • 30 percent greater light transmittance over white pigmented light diffusing acrylics through a 1.5mm molded part
  • Only 3.6 percent reduction in transmittance (compared to 15-20 percent reduction for conventional polymers) for a 3.0 mm molded part
2008 SPE Innovation Competition
2008 SPE Innovation Competition

more


Additional product information
  • Molding Compounds Lighting Brochure (- 2095A)
  • ACRYLITE df polymer - Technical Data Brochure (-2096)
  • Product Properties for ACRYLITE® df light diffusing acrylic polymers (3709)
TechKnowlogy Center
TechKnowlogy Center

more


 

Overview

News
Events
Downloads
Distribution Partners
MSDS
Certifications
Certification of Origin
TechKnowlogy Center
REACH Compliance Statement
Responsible Care® Policy Statement

Overview

ACRYLITE® polymers
ACRYLITE® hw55 polymers
ACRYLITE PLUS® NTA polymers
ACRYLITE PLUS® polymers
ACRYLITE® SuPure™ polymers
CYROLITE® compounds
CYREX® alloys
CYROVU® HP2 compounds
High Heat polymers
Light Diffusing polymers
Vu-Stat® anti static
XT® Polymer
  • XT® Polymer 250 Compound
  • XT® Polymer 375 Compound
  • XT® Polymer X800RG Compound

Overview

Architectural
Automotive
  • ACRYLITE® NTA for Auto
Lighting Systems
Medical Technology
  • Devices / Packaging
  • Diagnostics
Sanitaryware
 
  • Downloads
  • Contact
  • Sitemap
  • Company Information
  • Legal Notice
  • Privacy Policy
  • Print
  • Send this page