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Henkel: Encapsulation, Impregnation and Potting with High Performance Resins

2016-07-05 07:30:00| Coatings World Breaking News

Tags: high performance resins henkel

 

Epoxy Potting Compound resists thermal shock and cycling.

2016-01-19 14:31:06| Industrial Newsroom - All News for Today

Passing Navy Hex Bar Test, MIL-I-16923C, which consists of 10 cycles from -55 to +155°C, two-part epoxy resin 20-3301 protects electronic assemblies from thermal cycling and shock. Low viscosity epoxy flows quickly around components, giving users working time of 4–6 hr. Product is typically cured at 80°C for 1–2 hr, but post cure of 150°C for 3 hr will optimize performance properties. Applications include electronic potting and encapsulating, casting, coating, and electrical varnishes.

Tags: shock thermal compound cycling

 
 

Epoxy Potting Compound resists high temperatures.

2015-03-27 13:31:09| Industrial Newsroom - All News for Today

With 130°C relative temperature index rating, 50-3150RFR Black Epoxy with Catalyst 30 will survive elevated temperatures for long periods of time, which offers benefits as electronics get smaller and hotter. Compound is UL 746B listed and formulated to meet stringent non-burning requirements of UL 94 V-0. Typical applications include encapsulating power supplies, transformers, coils, insulators, and sensors.

Tags: high compound temperatures epoxy

 

Epoxy Potting Compound suits applications to 365°F.

2015-03-27 13:31:09| Industrial Newsroom - All News for Today

Offering thermal conductivity, electrical insulation, and low shrinkage after cure, Aremco-Bond™ 2315 is suited for potting and encapsulating densely packaged power supplies, rectifiers, ICs, oscillators, DACs, amplifiers, and relays. Black-pigmented product provides flexural strength of 12,300 psi and dielectric strength of 480 V/mil. Mixed in ratio of 100 parts resin to 25 parts hardener by weight, compound cures in 2 hr at 160°F plus 2 hr at 300°F.

Tags: applications compound suits epoxy

 

Potting Compound encapsulates high-temp resistance heaters.

2014-08-08 15:45:10| Industrial Newsroom - All News for Today

Consisting of hydraulic-setting, phosphate-bonded, zirconium oxide filled ceramic compound, Ceramacast™ 646N is suitable for encapsulating and potting high temperature electrical components such as resistance heaters, hot gas igniters, thermocouples, and strain gauges used in applications to 3,000°F. Cured material demonstrates shrinkage rate of less than 1%, volume resistivity of 109 Ω-cm, dielectric strength of 250 V/mil, and compressive strength of 11,500 psi. This story is related to the following:Potting Compounds |

Tags: resistance compound heaters potting

 

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