Photoinitiator TPO

光引发剂 TPO / 2,4,6-三甲基苯甲酰基二苯基氧化膦

Electronics & Electrical Materials, Paints, Coatings, Adhesives & ConstructionCAS 75980-60-8Pale yellow crystalline powder

Product overview

Photoinitiator TPO is a functional material evaluated for UV and LED-curable electronic coatings, Solder-mask and protective coating evaluation, UV adhesives. Suitability for electrical or electronic use depends on the exact grade, impurity profile, particle-size or cure data, application testing and destination-market requirements.

Function & Usage

  • Initiate UV & LED Curing

    Initiates radical curing under UV or LED exposure, with surface, through-cure and pigmentation fit selected by formulation. Typical uses: UV and LED-curable electronic coatings, Solder-mask and protective coating evaluation, UV adhesives.

  • Build Industrial & Protective Coatings

    Provides a binder, pigment, curing or performance function for compatible industrial and protective coating systems. Typical uses: UV and LED-curable electronic coatings, Solder-mask and protective coating evaluation, UV adhesives.

Product information

Primary category:
Electronics & Electrical Materials, Paints, Coatings, Adhesives & Construction
Subcategory:
UV & LED Curing Photoinitiators
CAS No.:
75980-60-8
Form:
Pale yellow crystalline powder
Content / Grade:
UV / LED curing grade; assay ≥99.0% typical
Applications:
UV and LED-curable electronic coatings, Solder-mask and protective coating evaluation, UV adhesives, 3D printing and inkjet systems
Hazard / Transport:
Harmful-health and reproductive-hazard classifications may apply, and aquatic-hazard controls can vary by jurisdiction. Avoid dust and environmental release and confirm the latest grade-specific SDS and destination-market restrictions.
Storage:
Keep tightly sealed in a cool, dry, dark and well-ventilated place. Protect from UV light, heat, moisture and oxidizing agents.

Safety note

Confirm technical and safety data before ordering

Website information supports initial product discovery. Final specifications, hazard classification, transport conditions and storage requirements must be confirmed by the latest grade-specific SDS, COA and destination-market regulations.