High Quality Siway SV-602 Epoxy Structural Adhesive A/B for Benin Factory
Description SV-602 is a 2-part structural epoxy adhesive developed for such application as dry fixing cladding. It has strong adhesion to metals, woods, reinforced plastics stone, ceramic and masonry. It is the best choice for bonding parts which must withstand weather, moisture and temperature fluctuations. SV-602 will adhere with minimum surface preparation and has a low coefficient of expansion. Key Features 1. Room temperature curing Epoxy adhesive 2. Fast cure at room temperature,...
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SV-602 is a 2-part structural epoxy adhesive developed for such application as dry fixing cladding. It has strong adhesion to metals, woods, reinforced plastics stone, ceramic and masonry. It is the best choice for bonding parts which must withstand weather, moisture and temperature fluctuations. SV-602 will adhere with minimum surface preparation and has a low coefficient of expansion.
1. Room temperature curing Epoxy adhesive
2. Fast cure at room temperature, <40 min for reaching a tack-free status under standard environment (STD: 23℃, 50% humidity)
3. Mix ratio of 1:1 by volume or by weight
4. Good mechanical property
5. Bonds a wide variety of building materials
6. Good waterproofing and chemical resistance
1, the external walls of stone material, ceramic and other hang bond;
2, concrete, ceramics, stone, wood and other prefabricated split, bonding and jointing;
3, concrete, stone and so on crack repair;
4, the structure of the localization, anchor, reinforcement and reinforcement.
Technical data sheet
The following data is for reference only and is not recommended for the specification
|Shear strength||Stainless steel-stainless steel/Standard conditions||≥18||JC887-2001|
|Pressure shear strength||Stone-stone/ Standard conditions||≥12|
|Stone-stone/ The freeze-thaw cycle 50 times||≥10|
|Stone – stainless steel/ Standard conditions||≥12|
|Standard conditions：Temperature=23℃，relative humidity=50%，48 hours curing|
|Effective operating time(23℃)||N/A||N/A||20min|
Part A-Grey Paste/Part B-White Paste
9kg/9kg per unit and 15kg/15kg per unit
If you want the TDS or MSDS or other details, please contact with our sales person.
Double Shield is quick and easy to use. It forms a layer of glass and silicone resin on car surfaces, eliminating the need to wax your vehicle.
Forward and Backward modules production for the VerteX Detector of the Belle II experiment in Japan, where studies on CP violation will be conducted and hints for New Physics will be searched.
Belle II is a high energy physics experiment now under realisation at the KEK Laboratory located in Tsukuba, Japan, where the new SuperKEKB asymmetric electron-positron collider will produce an unprecedented rate of collisions every second.
The very high rate of events produced by this collider leads to the challenging task of detect all the relevant events produced during the electron-positron collisions. For this purpose the Belle II detector, an upgrade of the old Belle detector operating at the old machine KEKB, has been designed and is now under construction.
Among all the sub-detectors that compose the Belle II detector, the closest one to the interaction point is the VerteX Detector (VXD). The VXD is made by the PiXel Detector (PXD), realised with two layers of DEPFET silicon pixel detectors, and the Silicon Vertex Detector (SVD), realised with four layers of double sided silicon strip detectors. The VXD is fundamental to reconstruct the trajectories of particles that lives around one trillionth of a second and to find the point where these particles decay with a precision of a tenth of a millimeter.
In this video the production process of a part of the SVD detector is shown. In particular, the one in the video is the backward subassembly, made of a double sided silicon strip sensor, two kapton flex circuits and a hybrid board with the read-out electronics on it. This sub-assembly, together with the forward one, is then shipped to other production sites all around the world to build the whole SVD detector. The video has been done inside the clean room laboratory of INFN (National Institute for Nuclear Physics) located in Pisa, Italy, where scientists of INFN and University of Pisa are working for the Belle II experiment.
Deliberate Thought by Kevin MacLeod is licensed under a Creative Commons Attribution licence (https://creativecommons.org/licenses/by/4.0/)