Dupont teijin films types db g2 n5 s1 s2 x2 x2i.
Mylar glass transition data sheet.
Mylar is 1 7 10 5 in in c 9 5 10 6 in in f.
How to measure glass transition temperature the most usual test method to determine glass transition temperature of plastics is astm e1356.
Data sheet 48 f 1m metallized pet close window cs hyde company stocks and converts different types of polyester film dupont mylar type a off white standard industry grade electronics grade type el optically clear and metallic metalized polyester film.
This page displays only the text of a material data sheet.
As a guide to estimating changes due to thermal expansion figure 5 gives the dimensional changes in in over a wide temperature range.
Glass transition temp tg dsc.
Mylar can be aluminized by evaporating a thin film of metal onto it to reduce its permeability.
Peel strength astm d 1876 72 mylar film.
Mylar polyester film is a flexible strong and durable film with an unusual balance of properties making it suitable for many industrial applications.
Glass transition temperature t g 67 81 c.
Crystallization of bpf epoxy resins is possible in the temperature range between the glass transition point 10 to 20 c 14 to 4 f and the general melting range typically 30 to 60 c 86 to 140 f.
Glass transition temperature c 78 121 375 performance improvement shrinkage 150 c after 30 minutes 1 5 0 4 18 performance improvement typical coefficient of thermal expansion ppm c 22 5 19 0 200 performance improvement 1 3 modulus of elasticity gpa 150 c.
When filled with glass particles or fibres.
To see matweb s complete data sheet for this material including material property data.
Mylar a 12 36μm.
Multiplying the indicated change by the sample length gives the thermal dimensional change in the sheet of mylar.
Color conferring dyes can easily be formulated into pet sheet.
Vicat softening point astm d1525.
Type mylar a is a tough general purpose film which is transparent in 12μm through 23μm and translucent in heavier thickness.
This test method covers the assignment of the glass transition temperatures of materials using differential scanning calorimetry or differential thermal analysis.
