Arlon DPF 8200 Hi Tack Satin Wht, 20in x 50ft

DPF 8200 High Tack

Industrial Grade Film For Outdoor Wall And Low Surface Energy Substrates

DPF 8200 High Tack is a 3.5-mil (90 micron) satin white, high-tensile, PVC film with aggressive, permanent pressure-sensitive adhesive. The film is made of a 100% engineering-grade facestock with a polycoated lay-flat liner. The unique low shrink adhesive system enhances dimensional stability, improving printer handling and converting time. Designed to adhere to slightly textured outdoor wall substrates such as brick, tile, and concrete, the film also has exceptional performance on low surface energy substrates such as polypropelyne, polyethylene, and powder coated paints. DPF 8200 High Tack is fire certified under ASTM E-84. It is also rated for outdoor durability up to 7 years* (unprinted).

Applications & Features

• Designed for outdoor wall and low surface energy substrates.

• Enhanced dimensional stability from beginning to end of application.

• Easy to convert, print, and apply, optimizing your workflow.

• Digital printing with a wide variety of direct print systems.

Performance & Physical Data
Property Test                            Methods Typical                                                             Value

Surface Finish	Gloss Meter 60° Reflection	40 to 60 Gloss Units
Thickness	Micrometer, Federal Bench Type	3.5-mil (90 micron)
Tensile Strength	Tensile Tester with 2-in (51 mm) jaw separation; crosshead speed of 12 in/min. (5.1 mm/s), web direction	13.0 lb/in	2.3 kg/cm
Elongation	Instron Tensile Tester as above	> 150%
Shelf Life (In Box)	Ideal Storage Temperature 70°F (21°C) and 50% relative humidity	1 year from factory shipment
Application Temperature Range	On clean, dry substrate	50°F to 80°F optimum	10°C to 27°C optimum
Service Temperature Range	On clean, dry substrate	-65°F to 225°F	-54°C to 107°C
Dimensional Stability	158°F (70°C), 48 hours	< 50 mil	< 1.27 mm
Peel Adhesion	PSTC-1, 15 min, 70°F (21°C)	4.0 lb/in	0.71 kg/cm
Liner Release	TLMI Release at 90˚, 300 in/min (760 cm/min)	50 g/2 in	9.8 g/cm