DPF 2400XLP is a 5-mil (125 micron) printable reflective vinyl film with bubble releasing, tinted, repositionable, permanent pressure-sensitive adhesive. The film conforms well to both flat and irregular surfaces when processed and applied according to Arlon recommendations. DPF 2400XLP meets or exceeds the following standards for motor vehicles: ISO 7591-1982, DOT FP-85 - Section 718, and ASTM-D 4956-89, Spec. Type 1, Class 1. It is rated for outdoor durability up to 7 years (unprinted) for flat surfaces and up to 5 years (unprinted) for irregular surfaces. Printed durability is dependent on the ink system used.
|Property||Test Methods||Typical Value|
|Surface Finish||Gloss Meter 60° Reflection||80 to 90 Gloss Units|
|Thickness||Micrometer, Federal Bench Type||5-mil (125 micron)|
|Tensile Strength||Tensile Tester with 51 mm jaw separation; crosshead speed of 5.1 mm/s, web direction||≥ 10.0 lb/in|
|Elongation||Instron Tensile Tester as above||≥ 90%|
|Shelf Life||Ideal Storage Temperature 21°C and 50% relative humidity||2 years from factory shipment|
|Application Temperature Range||On clean, dry substrate||50°F to 100°F|
|Service Temperature Range||On clean, dry substrate||-40°F to 160°F|
|Dimensional Stability||70°C, 48 hours||< 10 mils|
|Gasoline Resistance||Film applied to etched aluminum panels 24 hours prior to testing LS-300 Method 4.4.6||No appreciable effect|
|Peel Adhesion||PSTC-1, 15 min. 21°C on Stainless Steel||≥ 4.2 lbs/in|
|Liner Release||TLMI Release at 90°, 60 cm/min||40 g/2 in|
Actual weathering durability depends on surface preparation, surface maintenance and exposure conditions. Successful weather resistance is characterized by the retention of legibility. DPF 2400XLP will resist weathering best when applied to vertical angles rather than horizontal due to the nature of less UV exposure and moisture, as well as other contaminants. For additional installation tips on DPF 2400XLP, reference the DPF 2400XLP Installation Guide.
Addition of heat during removal will make the process much cleaner and faster. Where ambient temperature is not that high, use either a flame type torch or heat gun to bring the temperature up. Arlon recommends getting the film and under laying adhesive above 130°F (54°C).
Remove the film in a continuous smooth motion with minimal stops at a shallow angle of less than 90 degrees for the cleanest and fastest separation. Where it is practical, two people on the removal make the job go far faster than using just one. With one person working the heating unit in front of the second person who is peeling the film, the job proceeds at a uniform and consistent pace. Where only one person is working there will be constant starting and stopping in addition to the problems on the heat being very inconsistent.
The following is made in lieu of all warranties expressed or implied:
All statements, technical information and recommendations published by Arlon relating to Arlon products are based on tests believed to be reliable and within the accuracy of the equipment used to obtain the specific values. Their accuracy or completeness is not guaranteed and Arlon makes no warranty with regard thereto. Seller’s and manufacturer’s only responsibility shall be to replace any quantity of the product proved defective. Seller and manufacturer shall not be liable for injury, loss or damage, direct or consequential, arising out of use or the inability to use the product. Nor shall seller or manufacturer be liable for any costs or expenses incurred in the processing or printing on the product. Before using, user shall determine the suitability of the product for its intended use. User assumes all risk and liability of every nature in connection therewith. No statements or recommendations other than those contained in the technical information published by Arlon shall have force or effect unless contained in an agreement manually signed by the officers of seller and manufacturer.