Avery MPI 2050

Description

Avery MPI 2050

Avery MPI 2050
(Formerly MPI 2150)
3.4 Mil Calendered Matte White Translucent Film.
• 5 year outdoor durability.
• Clear permanent acrylic adhesive.
• Polyethylene coated 90lb StaFlat® liner.
• Designed for backlit application in (not limitd to) airports, restaurants, subways, bus shelters, and trade shows.
• Print compatibility: Solvent, Eco-Solvent, UV, Latex, Screen Print.

http://averygraphics-resources.com/PDFs/PD_Sheets/PDS_HP_MPI_2050_Matte_Trans_Perm.pdf

Avery MPI 2050 (Formerly MPI 2150) Dimensional stability:
Is measured on a 6” x 6” (150 x 150 mm) aluminum panel to which a specimen has been applied; 72 hours after
application the panel is scored in a cross pattern, exposed for 48 hours to 150°F (65°C), after which the shrinkage is
measured.

Adhesion:
(FTM-1, FINAT) is measured by peeling a specimen at a 180° angle from a stainless steel panel, 24 hours after the
specimen has been applied under standardized conditions. Initial adhesion is measured 15 minutes after application of
the specimen.

Flammability:
A specimen applied to aluminum is subjected to the flame of a gas burner for 15 seconds. The film should stop burning
within 15 seconds after removal from the flame.
Also tested to ASTM E-84 method for surface burning characteristics of building materials. Documentation from third
party testing agency available upon request..

Temperature range:
A specimen applied to stainless steel is exposed at high and low temperatures and brought back to room temperature. 1
hour after exposure the specimen is examined for any deterioration. Note: Prolonged exposure to high and low
temperatures in the presence of chemicals such as solvents, acids, dyes, etc. may eventually cause deterioration.
Chemical Resistance:
All chemical tests are conducted with test panels to which a specimen has been applied. 72 hours after application the
panels are immersed in the test fluid for the given test period. 1 hour after removing the panel from the fluid, the specimen
is examined for any deterioration.

Revisions are italicized

Avery Dennison is a registered trademark of Avery Dennison Corp.

Important:
Information on physical and chemical characteristics
are based on tests believed to be reliable. The values
are intended only as a source of information. This
information is given without guaranty and do not
constitute a warranty. The purchaser should
independently determine, prior to use, the suitability of
any material for their specific purpose. (Data
represents average values where applicable, and is
not intended for specification purposes)
Important:
Information on physical and chemical characteristics
are based on tests believed to be reliable. The values
are intended only as a source of information. This
information is given without guaranty and do not
constitute a warranty. The purchaser should
independently determine, prior to use, the suitability of
any material for their specific purpose. (Data
represents average values where applicable, and is
not intended for specification purposes)