3M™ Ultra High Temperature 100 HT Adhesive Transfer Tape 9085

Typical Performance Characteristics (continued)

Normal Tensile

Test Condition

35 kPa

5 lb/in²

@ 450°F(230°C)

Property: Normal Tensile

Method: ASTM D897

Attribute Modi er: T-Block

Substrate: Aluminum

notes: Both tapes made from the same adhesive system and are thermoplastic in nature, becoming softer as temperature increases and rmer as temperature

decreases. As the adhesive becomes rmer, the adhesion performance generally increases. At low temperatures (lower than -40°F [-40°C]), the tapes become

very rm and glassy; the ability to absorb impact energy is reduced. In contrast, adhesion strength reduces with increasing temperatures. Typical adhesive

strength properties at di erent temperatures are shown below. (Note: Samples were conditioned at the desired temperature for two minutes before testing at that

temperature.)

Relative High Temperature Operating Ranges

Test Condition

280 °C

540 °F

Short Term (minutes, hours)

177 °C

350 °F

Long Term (days, weeks)

Property: Relative High Temperature Operating Ranges

Static Shear

Test Condition

1000 g

Hold weight listed @ Room Temperature for 10,000 min

1000 g

Hold weight listed @ 93°C (200°F) for 10,000 min

1000 g

Hold weight listed @ 121°C (250°F) for 10,000 min

1000 g

Hold weight listed @ 150°C (300°F) for 10,000 min

1000 g

Hold weight listed @ 175°C (350°F) for 10,000 min

Property: Static Shear

Method: ASTM D3654

Substrate: Aluminum

notes: Both tapes made from the same adhesive system and are thermoplastic in nature, becoming softer as temperature increases and rmer as temperature

decreases. As the adhesive becomes rmer, the adhesion performance generally increases. At low temperatures (lower than -40°F [-40°C]), the tapes become

very rm and glassy; the ability to absorb impact energy is reduced. In contrast, adhesion strength reduces with increasing temperatures. Typical adhesive

strength properties at di erent temperatures are shown below. (Note: Samples were conditioned at the desired temperature for two minutes before testing at that

temperature.)

Overlap Shear Strength

Test Condition

550 kPa

80 lb/in²

Room Temperature

210 kPa

30 lb/in²

@ 225°F(107°C)

170 kPa

25 lb/in²

@ 300°F(149°C)

100 kPa

15 lb/in²

@ 350°F(177°C)

70 kPa

10 lb/in²

@ 450°F(230°C)

Property: Overlap Shear Strength

Method: ASTM D1002

Substrate: Stainless Steel

notes: Both tapes made from the same adhesive system and are thermoplastic in nature, becoming softer as temperature increases and rmer as temperature

decreases. As the adhesive becomes rmer, the adhesion performance generally increases. At low temperatures (lower than -40°F [-40°C]), the tapes become

very rm and glassy; the ability to absorb impact energy is reduced. In contrast, adhesion strength reduces with increasing temperatures. Typical adhesive

strength properties at di erent temperatures are shown below. (Note: Samples were conditioned at the desired temperature for two minutes before testing at that

temperature.)