

3MTM ThinsulateTM

Advanced Automotive Insulation with 3M™ Thinsulate™
3M™ Thinsulate™ automotive insulation delivers unmatched thermal and acoustic performance, making vehicles quieter, more comfortable, and energy-efficient. Its advanced microfiber technology offers superior insulation while remaining exceptionally lightweight and thin, optimizing space within vehicle designs. Ideal for passenger cars, trucks, buses, and specialized vehicles, Thinsulate™ sets the industry standard in insulation solutions.
Enhance Your Industrial Solutions with 3M Thinsulate Insulation
Welcome to our dedicated section for 3M Thinsulate industrial applications. Engineered for superior thermal performance, 3M Thinsulate is a cutting-edge insulation material that meets the demanding needs of various industrial environments. From HVAC systems to protective gear, Thinsulate offers unmatched insulation properties, ensuring efficiency, safety, and comfort in all your industrial applications.
What is 3M Thinsulate?
3M Thinsulate is a high-performance, synthetic fiber insulation renowned for its ability to provide exceptional thermal efficiency without adding bulk. Designed to trap heat more effectively than traditional materials, Thinsulate ensures optimal warmth and energy conservation across a broad spectrum of industrial uses.
Why Choose 3M™ Thinsulate™?
Key Industrial Applications of 3M Thinsulate

AU1504-6
Composition: 62% Polypropylen, 38% Poliester
Thickness: 9 mm
Temperature resistance: 1200C
Weight: 190 g/m2

AU1704-6
Composition: 62% Polypropylen, 38% Poliester
Thickness: 12 mm
Temperature resistance: 1200C
Weight: 210 g/m2

AU2002-5
Composition: 65% Polypropylen, 35% Poliester
Thickness: 12 mm
Temperature resistance: 1200C
Weight: 284 g/m2

AU2004-6
Composition: 62% Polypropylen, 38% Poliester
Thickness: 13 mm
Temperature resistance: 1200C
Weight: 240 g/m2

AU2020-6
Composition: 65% Polypropylen, 35% Poliester
Thickness: 13 mm
Temperature resistance: 1200C
Weight: 217 g/m2

AU3002-2
Composition: 65% Polypropylen, 35% Poliester
Thickness: 19 mm
Temperature resistance: 1200C
Weight: 345 g/m2

AU3002-4
Composition: 65% Polypropylen, 35% Poliester
Thickness: 19 mm
Temperature resistance: 1200C
Weight: 362 g/m2

AU3002-5
Composition: 65% Polypropylen, 35% Poliester
Thickness: 19 mm
Temperature resistance: 1200C
Weight: 384 g/m2

AU3004-6
Composition: 62% Polypropylen, 38% Poliester
Thickness: 19 mm
Temperature resistance: 1200C
Weight: 340 g/m2

AU3020-6
Composition: 65% Polypropylen, 35% Poliester
Thickness: 19 mm
Temperature resistance: 1200C
Weight: 317 g/m2

AU4002-6
Composition: 65% Polypropylen, 35% Poliester
Thickness: 26 mm
Temperature resistance: 1200C
Weight: 462 g/m2

AU4020-6
Composition: 65% Polypropylen, 35% Poliester
Thickness: 26 mm
Temperature resistance: 1200C
Weight: 417 g/m2

HT400P
Composition: 100% Poliester
Thickness: 21 mm
Temperature resistance:150°C (336h) 180°C (48h)
Weight: 467 g/m2

HT500C
Composition: 100% Poliester
Thickness: 23 mm
Temperature resistance: 150°C (336h) 180°C (48h)
Weight: 568 g/m2

HT500P
Composition: 100% Poliester
Thickness: 26 mm
Temperature resistance:150°C (336h) 180°C (48h)
Weight: 567 g/m2

HT500PP
Composition: 100% Poliester
Thickness: 26 mm
Temperature resistance:150°C (336h) 180°C (48h)
Weight: 634 g/m2

HT1000C
Composition: 100% Poliester
Thickness: 58 mm
Temperature resistance:150°C (336h) 180°C (48h)
Weight: 1068 g/m2

SM200L
Composition: 65% Polypropylen, 35% Poliester
Thickness: 13 mm
Temperature resistance: 1200C
Weight: 255 g/m2

SM300L
Composition: 65% Polypropylen, 35% Poliester
Thickness: 21 mm
Temperature resistance: 1200C
Weight: 357 g/m2

SM600L
Composition: 65% Polypropylen, 35% Poliester
Thickness: 42 mm
Temperature resistance: 1200C
Weight: 672 g/m2

TAI2001
Composition: 65% Polypropylen, 35% Poliester
Thickness: 11 mm
Temperature resistance: 1200C
Weight: 242 g/m2

TAI2027
Composition: 65% Polypropylen, 35% Poliester
Thickness: 13 mm
Temperature resistance: 1200C
Weight 230 g/m2

TAI2047
Composition: 65% Polypropylen, 35% Poliester
Thickness: 10 mm
Temperature resistance: 1200C
Weight: 210 g/m2

TAI2099S
Composition: 80% Polypropylen, 20% Poliester
Thickness: 8 mm
Temperature resistance: 1200C
Weight: 217 g/m2

TAI3027
Composition: 65% Polypropylen, 35% Poliester
Thickness: 21 mm
Temperature resistance: 1200C
Weight: 330 g/m2

TAI3047
Composition: 65% Polypropylen, 35% Poliester
Thickness: 18 mm
Temperature resistance: 1200C
Weight: 315 g/m2

TAI4047
Composition: 65% Polypropylen, 35% Poliester
Thickness: 23 mm
Temperature resistance: 1200C
Weight: 420 g/m2

TC1503
Composition: 50% Polypropylen, 50% Poliester
Thickness: 16 mm
Temperature resistance: 1200C
Weight: 150 g/m2

TC1803
Composition: 50% Polypropylen, 50% Poliester
Thickness: 21 mm
Temperature resistance: 1200C
Weight: 185 g/m2

TC2303
Composition: 50% Polypropylen, 50% Poliester
Thickness: 27 mm
Temperature resistance: 1200C
Weight: 232 g/m2

TC3403
Composition: 50% Polypropylen, 50% Poliester
Thickness 41 mm
Temperature resistance: 1200C
Weight: 332 g/m2

TF1500
Composition: 60% Polypropylen, 40% Poliester
Thickness: 16 mm
Temperature resistance: 1200C
Weight: 150 g/m2

TF1800
Composition: 60% Polypropylen, 40% Poliester
Thickness 21 mm
Temperature resistance: 1200C
Weight: 185 g/m2

TF2300
Composition: 60% Polypropylen, 30% Poliester
Thickness: 27 mm
Temperature resistance: 1200C
Weight: 232 g/m2

RS2400I
Composition: 65% Polypropylen, 35% Poliester
Thickness: 23 mm
Temperature resistance: 1200C
Weight: 570 g/m2
Customized Solutions from EKO-TECH
At EKO-TECH, we specialize in adapting 3M™ Thinsulate™ to your precise requirements. Our advanced converting capabilities include:
Our dedicated team supports your design and engineering processes from start to finish, ensuring optimal integration of 3M™ Thinsulate™ into your automotive applications.