Features: IPDI Trimer, 130–140°C Deblock, Multi-Application
Application: Can&Coil Coatings, Adhesives for Flexible Packaging
Technical Data
Specifications are based on Dongsen’s current approved product data source.
| Parameter | Value |
|---|---|
| Iso Type | IPDI Trimer |
| Solid Content | 65.0 ± 2.0 % |
| Valid NCO | 8.4 ± 0.5 % |
| Free NCO | ≤ 0.2 % |
| Deblocking Temperature | 130–140 °C |
| Standard Carrier | Solvent Naphtha 100 |
Applications
DXB-3465D is currently used as a blocked polyisocyanate crosslinker raw material in the following application areas:
Final suitability should be evaluated in the customer’s actual formulation, substrate, process and curing conditions.
When to Consider DXB-3465D
Consider DXB-3465D when a formulation requires a solvent-based blocked IPDI trimer crosslinker and its confirmed 130–140 °C deblocking range is compatible with the planned application and curing process.
Application Fit
Current application directions include automotive coatings, electrophoretic coatings, flexible packaging adhesives, textile printing inks and metal coil coatings.
Selection Check
Refer to the Technical Data tab for the confirmed product specifications. Final grade selection should consider formulation chemistry, substrate, processing conditions and the required curing profile.
Contact Dongsen for grade-selection support when comparing blocked polyisocyanate options for a specific formulation or process.
Documents
Technical Data Sheet
A current approved TDS is not yet published for direct download. Contact Dongsen to request the latest technical documentation.
FAQ
What is DXB-3465D?
DXB-3465D is a solvent-based IPDI trimer blocked polyisocyanate supplied as a crosslinker / curing-agent raw material. Dongsen supplies upstream curing-agent and crosslinker raw materials rather than finished coatings or adhesives.
What applications is DXB-3465D currently used in?
Current confirmed application directions include automotive coatings, electrophoretic coatings, flexible packaging adhesives, textile printing inks and metal coil coatings.
What is the deblocking temperature?
The confirmed deblocking temperature range is 130–140 °C. Refer to the Technical Data tab for the current specification.
What carrier is used?
The standard carrier is Solvent Naphtha 100.
