Does anyone know how to create a strong, durable surface bond between two pieces of silicone rubber?
103489
SS-67B & SS-67C Product Description\nDownload PDF\n\nSS-67B and SS-67C are fast curing, high strength, 1-part acetoxy silicone RTV adhesive rubber products developed for silicone rubber bonding. Both products are designed for situations requiring fast development of physical properties. SS-67C is intended for applications demanding very high elongation (over 1000%). When cured, the elastomer resists weathering, ozone, moisture, UV and high temperatures. SS-67B and SS-67C work well in manual and automatic dispensing equipment.\n\nProduct Features\nFast R.T. cure\nThixotropic paste\nExcellent unprimed adhesion to silicone rubber parts\nVery high elongation silicone rubber (67C)\nConvenient, heat accelerated \ninstant cure capability\n\nColor: Transparent \n(custom colors available upon request)\n\nTypical Applications\nSilicone rubber bonding and splicing\nSilicone component fabrication\nProsthetic assembly and repair\n\nHope this helps
258695
Photomosaic ?\n\nI've never tried this myself but here's a link to some software that might help\n\nhttp://www.aolej.com/mosaic/features.htm
159952
Try this:\n\nhttp://rubberscape.org/_wsn/page3.html\n\nor even better:\n\nhttp://www.playsafesurfacing.com/Playground_Mulch/playground_mulch.html
237500
use your imagination dude(u kno like glue som sticks toghether)
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ref\n\nhttp://www.cem.msu.edu/~reusch/VirtualText/polymers.htm
458914
Some rubbing alcohol and a very soft cloth should do it.
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That's not going to be an easy task.\nIt's not usually done.\n\nEbay has soldering tools, even SMT ones.
275815
You can also use double sided tape. Sticks right away with no drying time.
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A long time ago someone invented a new kind of glue, which was supposed to hold things together for eternity. However, when he walked in the next day, the objects he suspended had fallen. He threw it away, and then another inventor saw some lying around and decided it made a great temporary fastener, and patented the first sticky note.\n\nThey're not meant to last forever; if you want them to last longer, apply some rubber cement to the back.
545619
fill the container's base with adhesives
197233
Try gelest.com, they manufacture a LOT of Si compounds for many applications.
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See if these help\n\nhttp://www.pslc.ws/macrog.htm\n\nhttp://www-classes.usc.edu/engr/ms/125/MDA125/polymers_files/frame.htm
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Adhesives are generally polymeric materials that bond two or more surfaces together.  The resulting adhesive usually forms a highly cross-linked, 3-dimensional network.\n\nIf you would like some specific examples of the reactions that occur in adhesives, here you go.  In epoxies the reaction can occur between epoxides (cyclic ethyl ethers aka trioxanes) and amines (catalyzed by water in the air).  Another example is the free-radical polymerization of cyano acrylates found in super glue.  There are also silicone adhesives which are polysiloxanes formed by hydrolysis of chlorosilanes.\n\n\nNote:  These are just some simple examples.  The science and application of adhesives covers a vast amount of literature.  I encourage you to visit websites for companies like LocTite or J.A. Henkel.
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Use cardboard, clay, or sugar cubs.  Cardoard would be the easiest.
201942
Elmer's Glue - apply and let dry
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Silicones, or polysiloxanes, are inorganic polymers consisting of a silicon-oxygen backbone (...-Si-O-Si-O-Si-O-...) with side groups attached to the silicon atoms. Certain organic side groups can be used to link two or more of these -Si-O- backbones together. By varying the -Si-O- chain lengths, side groups, and crosslinking, silicones can be synthesized into a wide variety of materials. They can vary in consistency from liquid to gel to rubber to hard plastic. The most common type is linear polydimethylsiloxane or PDMS. The second largest group of silicone materials is based on silicone resins, which are formed by branched and cage-like oligosiloxanes.\n\n\n\nNeoprene is the DuPont Chemical trade name for a family of synthetic rubbers based on polychloroprene. Neoprene was invented by DuPont scientists after Dr. Elmer K. Bolton of DuPont laboratories attended a lecture by Fr. Julius Arthur Nieuwland, a professor of chemistry at the University of Notre Dame. Fr. Nieuwland's research was focused on acetylene chemistry and during the course of his work he produced divinyl acetylene, a jelly which firms into an elastic compound similar to rubber when passed over sulfur dichloride. After DuPont purchased the patent rights from the university, Wallace Carothers of DuPont took over commercial development of Nieuwland's discovery in collaboration with Nieuwland himself. DuPont focused on monovinyl acetylene and, upon the suggestion of Nieuwland, reacted the substance with hydrogen chloride gas, manufacturing chloroprene. Polychloroprene is the polymer of chloroprene, the synthetic rubber known as Neoprene.\n\nNeoprene (originally called Duprene) was the first mass-produced synthetic rubber compound. It is used in a wide variety of environments, such as in wetsuits, electrical insulation, and car fan belts. Its chemical inertness makes it well suited for industrial applications such as gaskets, hoses, and corrosion-resistant coatings. It can also be used as a base for adhesives. Neoprene is used for noise isolation (transformer installation). Its springy consistency makes it notoriously difficult to fold when in sheet form. Neoprene can also be used as padding in external metal cases to protect the contents while allowing a snug fit. Neoprene is also used as a contrast in some jewelry designs.
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a needle, tweezers, glue and/or duct tape!