What is the advantages of LLDPE over LDPE ?
824151
LDPE carries a premium over LLDPE of between US$ 50 - 100 per tonne ... price result in margin advantage of US$ 70 - 150 per tonne over LLDPE
627978
It depends on what you're willing to pay and the effort you want to put into it.\nI'd always go rubber as it is stronger and more durable.\nLatex would be preferable to PVC.  I just don't think PVC cuts it on skin type things.
805344
Here are some links to help you out http://inventors.about.com/library/inventors/bltelevision.htm\n\nGood Luck!!!
689168
Stick to lp and sp. Ep will start to give artifacts, especially in high information scenes like lots of action and a lotta objects in the scene.\n\nAlso is dependent on screen size. A bigger screen will reveal flaws a smaller screen will hide. As you see there are a lotta variables that affect the answer to your question.
406214
The most obvious would be speed and processing power.  P4 has speeds of 1.4ghz to 3.6+ghz while P3 has speeds of 500mhz-1100mhz.  Some P4 also has hyper threading capabilities which gives it more processing power.
143428
Are you sure you don't want to get polyethylene granulate?
1175984
I don't understand 100% your question. But one of the best sources of information for any kind of chemicals is NIST.\nBelow you have some data on polyethylene.\n\nhttp://webbook.nist.gov/cgi/cbook.cgi?ID=C9002884&Units=SI&Mask=4#Thermo-Phase\nhttp://webbook.nist.gov/cgi/cbook.cgi?ID=C9002884&Units=SI&Mask=2#Thermo-Condensed\nhttp://webbook.nist.gov/cgi/cbook.cgi?ID=C9002884&Units=SI&Type=SS\n\nGood luck!
149310
What I usally see with Technology is although we do take a step foward we usally take a step back too. You lose some of the "Quick fixes" that you were used to, but using DTP (Direct to Plate) technology definatly has it's advantages.\nMuch quicker, less manpower, cheaper, better quaility to name a few... but if that machine goes down your shop is at a standstill! Also if you need to make a change on the printed product, it sometimes can take longer with DTP then just making a piece of film and stripping it in. DTP is here to stay, for now anyways... as for the future? No idea.
394868
Advantage is handy, everywhere oso can connect and is fast speed somore... \nDiadvantages is line sometime not stable enough, might disconnect due to weather conditions and environment issues.
623567
The main difference between nylon and a thermoplasitc is that the thermplastic can be remolded into another shape when applied to gentle heating. Nylon on the other hand once made can not be molded into other shapes, and if applied to heating it will start to decompose. (sp)
828107
I will say 150 °C\n\nHere is the data sheet:\n\nhttp://www.goodfellow.com/csp/active/static/A/Polyethylene_-_Low_Density.HTML
253593
The type of plastic selected has a great influence on the performance of the plated plastic part. ABS plastics are the base materials in most cases.\n\nCheck out the following:
450705
Polyethylene\n\n\nSynthetic polymer: A plastic polymer of ethylene.\nUse: Manufacture of containers,packaging, and electrical insulations.\n\nName  Chemical Formula  Properties  Uses  \nPolyethylene (PE)  - CH2 - CH2 -  Thermoplastic; translucent; permeable by hydrocarbons, alcohol, and gas; resistant to X rays and chemical agents  Film, bags, pipe and tubing, insulating sleeves, bottle stoppers, lids, plastic wrap, toys  \nPolypropylene (PP)  CH3\n|\n- CH2 - CH -  Thermoplastic; low density; durable; resistant to X rays; permeable by water; impact resistant and temperature resistant to 135 degrees C  Household items, plastic wrap, automobile parts, batteries, bumpers, garden furniture, syringes, bottles, appliances  \nPolystyrene (PS)  C6H5\n|\n- CH2 - CH -  Thermoplastic; transparent; nontoxic; optical and electrical properties; easy to color; resistant to X rays, oils, and grease  Plastic wrap, kitchen utensils, furniture covers, thermal insulation, toys, office supplies, disposable razors  \nPolyvinyl Chloride (PVC)  Cl\n|\n- CH2 - CH -  Thermoplastic; soft or rigid; opaque or transparent; fire resistant; resistant to X rays, acids, bases, oils, grease, and alcohol  Household items, electric wire insulation, water pipes, floor coverings, window \nand door coverings, baggage, vinyl, sport and camping gear, items for chemical and automobile industries  \nPolytetrafluoroethylene (PTFE) or Teflon  - CF2 - CF2 -  Chemically inert, antiadhesive, impermeable to water and grease, heat and corrosion resistant  Orthopedic and prosthetic appliances, hearing aids, joints, upholstery, corrosion-resistant mechanical parts, electrical insulation, frying pan coatings  \nPolymethyl Methacrylate (PMMA) or Plexiglas  CH3\n|\n- CH2 - C -\n|\nOCOCH3 Thermoplastic, optical properties, ages well, weather resistant  Glass substitute, neon signs, windows, portholes, optical fibers, dentistry, appliances, contact lenses  \nPolyamides (PA) (example: Nylon)  Example :\n\n- NH - (CH2)a - CO -\n\nwith a natural number  Thermoplastic, mechanical properties, durable to temperatures of 100 degrees C, resistant to X rays and fuel, impermeable to odors and gas  Food wrap, counters, gas, electricity, fuel pipes, shoes, ski bindings, bicycle seats  \nSilicone  R\n|\n- O - Si -\n|\nR\n\nExamples : R = CH3 or C6H5 Fluid, lubricant, antiadhesive, slightly toxic  Fluid for electrical transformers, putty, molding, antiadhesive coverings, varnish, wax, burn treatments, cosmetic surgery  \nUrea-Formaldehyde (UF)  Thermosetting, easy to form  Organic glass, dishes  \nPolyesters  - R - C - O - R' - O - C - R -\n|| ||\nO O\n\nwith R and R' two groups of atoms  Thermosetting, transparent, mechanical properties at high temperatures, electrical properties, resistant to impact, easy to work with  Textiles, plastic wrap, bottles, switches, electric sockets and fuses, appliances  \nPhenolics  Thermosetting, long lasting  Used in layers: Bakelite, durable varnish
360324
SORRY i cannot answer yr question.but i am trying my best 2 find a plce.sorry
440239
It Depends on what gains more importance,\n1) If you what it to be rigid & give a good look then ABS will be good,\n2) If you want it to be soft than PP (Polyproplene) is good,\n3) If you what it to be heat resistant & high stength then Bakalite (Thermoset plastic) will be good
119100
Amongst many other industrial applications, PTFE is used to coat certain types of hardened, armour-piercing bullets, so as to reduce the amount of wear on the firearm's rifling. These are often mistakenly referred to as "cop-killer" bullets on account of PTFE's supposed ability to ease a bullet's passage through body armour. Any armour-piercing effect is, however, purely a function of the bullet's velocity and rigidity rather than a property of PTFE.\n\nPTFE is an excellent electrical insulator with good dielectric properties. This is especially true at high radio frequencies, making it eminently suitable for use as an insulator in cables and connector assemblies and as a material for printed circuit boards. Combined with its high melting temperature this makes it the material of choice as a high performance substitute for the weaker and more meltable polyethylene that is commonly used in low-cost applications.\n\nDue to its low friction, it is used for applications where sliding action of parts is needed: bearings, bushings, gears, slide plates, etc. In these applications it performs significantly better than nylon and acetal; it is comparable with UHMWPE, although UHMWPE is more resistant to wear than Teflon. For these applications, versions of teflon with mineral oil or molybdenum disulfide embedded as additional lubricants in its matrix are being manufactured.\n\nGore-Tex is a material incorporating teflon membrane with micropores\n\n--------------------\n\nAlso you will find it in some paints, fabric to make is dirt/liquid reppelant, tape used by plumbers etc
650119
Less dense materials are better insulators. The denser the material, the closer its atoms are together. That means the transfer of energy of one atom to the next is more effective. Thus, gases insulate better than liquids, which in turn insulate better than solids.\n\nAn interesting fact is that poor conductors of electricity are also poor heat conductors. Wood is a much better insulator than copper. The reason is that metals that conduct electricity allow free electrons to roam through the material. This enhances the transfer of energy from one area to another in the metal. Without this ability, the material--like wood..AND IN YOUR CASE RUBBER--does not conduct heat well.