Automotive industry applications

The ability of polyimides to withstand high temperatures and pressures in load bearing and dynamic applications is attracting interest in the automotive industry. Applications where polyimide parts are used include seal rings, thrust washers, wear strips, locknut inserts, valve seats, plugs, and other hydraulic components (i.e., mainly molded parts). Continued interest in high-performance plastic components (as well as ceramic parts) could lead to a need for adhesives able to withstand high temperatures in the future. 

One example of a dynamically scheduled system architecture is the architecture defined by the OSEK standard [20] which is commonly used in automotive industry. Applications are composed of tasks and interrupt service routines. OSEK requires tasks to be scheduled by static-priority scheduling according to the priority ceiling protocol [20]. Tasks can be configured to be non-preemptable, or fuUy preemptive. Each task is... 

Automotive industrial applications of grafl/comb polymers 270... 

Automotive industrial applications ofgraft/comb polymers... 

In the early 1990s, a digitizing system. Advanced Topometric Sensor (ATOS), was developed primarily for automotive industry applications. The system was utilized to capture the geometric information from automobiles and their components to generate CAD models. Today, ATOS is used for many industrial measuring applications. The first device used in the Capture 3D/NRC Falcon-20 project is an ATOS II digitizer that is equipped with structured white-... 

The favorable balance of properties of ethylene—acryflc elastomers has gained commercial acceptance for these elastomers in a number of demanding applications, especially in the automotive industry and in wire and cable jacketing. 

Because of the above properties, together with other features such as the ability to mould to close dimensional tolerances, low warpage, low shrinkage, low moisture absorption and good surface finish, polycarbonate-ABS alloys have become widely used in the automotive industry, for electrical applications and for housings of domestic and business equipment. 

A major stimulus for the development of any low-cost carbon fibers is for their potential applications in the automotive industry, which identifies carbon fiber... 

An example of the contribution of polar interactions between an acrylic PSA and a substrate is shown in Fig. 6. By copolymerizing iso-octylacrylate and acrylic acid, using a monomer ratio of, respectively, 95/5 and 90/10, two otherwise identical PSAs were made. The PSAs were laminated to both sides of a foam core to make an attachment tape as used in the automotive industry for the application of body side moldings to a car. One side of the foam tape was laminated against an aluminum foil backing. The other side was laminated against an automotive paint-coated panel to make the final test sample. The test sample was allowed to... 

Industrial uses include automotive, small, close fitting parts in machinery, hardware, speaker magnets, toys, and sporting goods. Specific industrial applications include ... 

Although the acrylate adhesives are readily available and studies have shown that they can produce reasonable bonding properties, they have the disadvantages of having high shrinkage, high fluid absorption, and low service temperatures. Acrylate adhesive applications would be limited. The development of EB-curable epoxy adhesives would have applications in the aerospace and automotive industry and potential wider uses. The most immediate application for these resin systems is composite repair of commercial and military aircraft. 

Activated Carbon for Process Water Treatment Activated Carbon from CPL Carbon Link - Activated carbon from CPL Carbon Link for liquid and gas phase purification by adsorption. Activated carbons for all applications including chemical, water, air, solvent recovery, gold recovery, food, automotive, industrial, catalysis.. http //www.activated-carbon.com. 

The desire to replace cadmium is generally attributed to its toxicity, both in terms of process pollution and product corrosion, and several alternatives are feasible thicker zinc, tin-zinc alloy or tin-nickel alloy depending upon the precise application " . The demise of decorative nickel-chrome systems in the automotive industries of the world is partly due to cost and partly to market image, and not to technical performance where major improvements took place in the period 1960-1975 through the establishment of duplex nickel under-layers and micro discontinuous chromium top-layers. In the 1980s the trend has been towards black finishes produced generally by powder-applied epoxy polymers. 

Polyester polyols account for only ca. 10% of the total polyol market, which is dominated by polyether polyols such as hydroxy-terminated polyoxyethylene or polyoxypropylene. Polyester polyols are preferred for applications where better mechanical properties, wear resistance, and UV stability are required. The largest application of polyester polyols is flexible specialty polyurethane foam in the furniture, packaging, and automotive industries. Polyester polyols are also used for nonfoam applications such as coatings, paints, sealants, and adhesives 47... 

Industrial applications of PEEK take advantage of the outstanding thermal properties, and include use in high-performance automotive and aerospace components, and in printed circuit boards. 

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