tesa51026

< _detailed introduction
, - . tesa,
Main features:
< < Noise damping
< Wear resistance
<
.
Color: Black
- Main Applications tesa
?
Is designed for the passenger compartment, providing flexibility and noise damping.
. Base material: Cloth
Thickness:
Color: Black
Long-term temperature resistance: (℃)
Short-term temperature resistance: (℃)
Scope of application: Line wrapping
Adhesive system: Acrylic
. Product Features The edges of the tesa pet cloth coating are applied longitudinally with an acrylic-based adhesive.
. Main features High temperature resistance / high elasticity and wear resistance Simple and effective longitudinal application
. Color: black, orange
Main application tesa sleeve? Designed engine room, providing a high degree of flexibility.
Longitudinal application
Technical data
Backing material pet clothes
Type adhesive acrylic resin
Total thickness meters
Adhesive steel./cm
Resistance High temperature C
Wear resistance (stroke) Class C (according to 3)
Noise damping (dB) Class I (according to 3)
*The above data is an example of measured values in a specific laboratory environment , not a guaranteed value.
.
tesa acrylic foam tape micron
tesa acrylic foam tape micron
Product Features
tesa is a black acrylic foam tape. It consists of a high-performance acrylic system and, due to its unique composition, offers both very good temperature resistance and outstanding cold impact resistance. It is designed for demanding outdoor bonding applications especially in combination with adhesion promoters. The viscoelastic, acrylic foam core compensates for differential thermal elongation of the joint.
Main applications
Bonding of panels and steel bars in the following industries:
Elevators
Solar
Transportation
Production equipment
Technical information
/> Backing Material Acrylic Foam
Color Black
Total Thickness in Microns
Type of Adhesive Pure Acrylic
Elongation at Break
Temperature Resistance Long Term
Temperature resistance (minutes)
Adhesion
Aluminum (after 3 days) Newton/centimeter
Aluminum (initial) Newton/cm
Glass (after 3 days) ) Newton/cm
Glass (initial) Newton/cm
Steel (after 3 days) Newton/cm
Steel (initial) Newton/cm