AA50T-BOSA supply with plastic -jonseff

ABLELUX AA50T provide the following characteristics: Appearance white opaque acrylic resin curing ultraviolet (UV) light and heat curing Advantages fast light curing high viscosity low shrinkage and good mechanical stability Application Tooling typical packaging applications connecting optoelectronic devices, LED installation, laser diode package, fiber pigtails and transceiver active alignment potting ABLELUX AA50T die attach adhesive formulation can improve the light, fiber optic assembly productivity and optoelectronic components. This adhesive cures in seconds when exposed to the intensity of the corresponding visible (blue) or UV light. It also includes a secondary heat cure mechanism applied shaded area. Typical Properties of Uncured Material viscosity, Brookfield 6R / S14,25 ℃, mPas (CP): the speed of 96,000 switch 5 shelf life (from date of manufacture): 5 ℃, 6 months, 25 ℃, 3 months Curing time UV or visible light curing secondary heat for 60 minutes @ 100 ℃ curing depth: 6 mm above curing guidelines recommend conditions (temperature and time) may vary according to the requirements of customers experience and their applications, as well as customer curing equipment oven loading and actual oven temperature. Typical physical properties of the cured material properties: thermal expansion coefficient: Tg less, PPM / ° C 36 Tg above, PPM / ° C 98 Glass transition temperature (Tg), TMA ° C 163 Tensile modulus DMTA: 25 ° CN / mm2 The 3,500 (PSI) (509,000) 82 Shore D hardness, water absorption: After 24 hours, the cured material after 0.86% Shear Strength Typical Properties: 2 × 2 毫米 silicon mold, kg -F, substrate @ 25 ° C Ag / copper leadframe 3990 general information about safety precautions on this product, consult the Material Safety Data Sheet (MSDS). Thaw: 1. Allowing the container to reach room temperature prior to use. 2. Recommended safety yellow light visible brands launched before the process of curing. Dim light possible if using an adhesive only a short treatment time. User Guide 1. After the curing of the adhesive formulation, exposure to visible (blue) or ultraviolet light. Visible light curing highly filled curable allowed (up to 80% (wt)) and via UV opaque substrates (such as curing polycarbonate and alumins). In addition, the use of visible light increases the safety eliminatingexposure operator potentially harmful ultraviolet radiation. However, UV curing is particularly advantageous, wherein a cross section of fast curing or curing is required. 2. For visible light curing, the peak output of the light source is most important at 470 nm. For example, a 2 or 3 Luxor curing lamp provides an output exceeding 150 mW / cm? 3 at this wavelength, in less than a minute cured 6 mm depth. 3. For UV curing, a wide range of commercially available light systems to choose from, allowing curing profiles seconds bonds coupled non-sticky surface.