Payment & Shipping Terms:
|Product Name:||Transformer MTHPA||Appearance:||Electrical Parts Insulators|
|MODEL:||WNY1001||Color (Pt-Co):||200# Max|
|Density (g/cm3 , 20℃):||1.21±0.05||Viscosity (Pa.s, 25℃):||0.045 Max|
No Mechanical Impurities Transformer MTHPA,
41.5% Anhydride Transformer MTHPA
applications for the production Transformer MTHPA
MTHPA has the characteristics of low melting point, low toxicity, low volatility, etc. It is easy to use, has high reactivity with epoxy resin, and has good miscibility. The epoxy resin cured product using MTHPA curing agent has excellent electrical insulation performance and mechanical properties.
Thanks to its excellent insulating properties, MTHPA found a lot of applications for the production of electrical parts such as: capacitors, resistors, insulators, ignition coils, transformers.
Anhydride curing agent is a new type of electronic material. Mechanical products are widely used in the potting, casting, winding, bonding of electronic components, auto parts, transformers, high-voltage capacitors, and transformers, as well as the impregnation of electronic components, resistors, and hybrid integrated circuits. It can also be used for glass fiber irrigation pipes, oil pipes, water filter boxes, thermal insulation sleeves, thermal insulation coatings, etc.
|Appearance||light yellow transparent liquid, no mechanical impurities.|
|Color (Pt-Co)||300# Max||200# Max|
|Density (g/cm3 , 20℃)||1.21±0.05|
|FreezingPoint(℃)||-15 Max||0 Max|
|Viscosity (Pa.s, 25℃)||0.060 Max||0.045 Max||0.040 Max|
|Anhydride content||41.5% Min|
|Volatile content (120℃)||2.00% Max|
|Free acid||0.50% Max|
Above are standard grades, anhydride mixtures and different isomer structures can be offered
WNY-1001: suitable for white encapsulation.
WNY-1002: suitable for moulding, pultrusion, interwining.
WNY-1008: suitable for pipelining.
Storage, Packing & Transportation:
25kg plastic drum and 220kg metal drum and 1150kg IBC or as per customer’s request.
Avoid moisture, fire and water. Kept in dry and ventilating place.
Contact Person: Nick Woon