TERATHANE 3MCPG Copolyether Glycol Novel Low Crystallinity Intermediate for High Performance Elastomers

TERATHANE 3MCPG( co-polyether glycol)

Apply to high Novel Low Crystallinity Intermediates for Performance Elastomers

INVISTA INNOVATIONS :

TERATHANE 3MCPG is a Invista’s innovative intermediate used as a soft segment building block for high performance polyurethanes, copolyesters and other polymers.

TERATHANE 3MCPG can provide two Molecular weight specifications, 1400 and 2000. While maintaining excellent mechanical properties, functionality and hydrolytic stability, TERATHANE 3MCPG outperforms PTMEG based products in terms of dynamic performance and low temperature performance.

Core advantages:

TERATHANE 3MCPG has very low Crystallinity, which leads to a lower melting point in the soft segment, gives TERATHANE 3MCPG a very important advantage:

At low temperatures Aging resistance:

Figure 1 shows TERATHANE 3MCPG Provides better resistance to hardening when cooling down. It is more stable in terms of flexibility and other physical properties when subjected to temperature changes.

Elevated Dynamics Performance:

Figure 2 Stress/Strain The curves show that the low crystalline structure of TERATHANE 3MCPG gives it increased strength, lower hysteresis, and lower permanent deformation.

Elevated actions Sex:

Figure 3 shows TERATHANE 3MCPG It is liquid at room temperature, which makes its use more convenient. Because TERATHANE 3MCPG no longer needs to be heated before application, it can be applied by spraying.

Application:

• More transparent paint, Such as brazing coatings.

• With enhanced low temperature performance Sports goods, such as roller skates/rollers (cast parts), ski boots (TPU), golf covers (coating/film), etc.

• Has improved dynamic performance synthetic leather; textiles for cold-weather clothing that are more resistant to aging at low temperatures.

• Has better low temperature and dynamic properties copolyetheresters for melt extruded parts, foams and films in CVJ boots, springs and other applications.

• Those requiring low crystallinity PU applications such as microcellular foam in shock absorbers and high-performance moving parts.