The market research organization recently released the "2012-2016 Global Industrial LED Lighting Market" report. Analysts predict that the global industrial LED lighting market will generate a compound annual growth rate of 49 in 2012-2016. The key factor for this growth is the market's rising demand for energy-efficient lighting, and also witnessed the government. And the public sector for the massive use of energy efficient LED lighting products. However, the limited heat resistance of LEDs also poses a challenge to the expanding market.
Today, the global industrial LED lighting market is dominated by several major suppliers, including Cooper Industries plc, Cree Inc., Dialightplc, Digital Lumens Inc., Emerson Electric Co., and Royal. Philips (KoninklijkePhilipsElectronicsN.V.)
In response to this report, one analyst pointed out that globally, with the implementation of means to control energy waste, LED lighting has been accepted by more fields. The world's multi-government governments have carried out street lighting renovation plans to replace the original halogen, incandescent and fluorescent lamps with LED street lights. Because of the large demand for lighting, floodlights are commonly used in stadiums, and today they are gradually being replaced by LED lighting systems. Therefore, the penetration of LEDs in light-emitting applications is considered to be the reason why the global industrial LED lighting market can have a large profit in the future.
According to the report, the key factor driving the market is the growing demand for energy efficient lighting worldwide. Concerns about non-renewable energy consumption, as well as minimizing energy consumption while meeting high-demand lighting, are contributing to the significant increase in LED demand.
In addition, the report also introduces advanced LED products that have a longer life than incandescent lamps. It also mentions that compact fluorescent lamps (energy-saving lamps) will become an obstacle to the replacement of incandescent lamps in LED lamps.
PVC Resin
PVC Resin is easy to process, and can be processed by molding, lamination, injection molding, extrusion, calendering, blow molding and other hollow methods. Polyvinyl chloride is mainly used to produce artificial leather, film, wire sheath and other plastic soft products, but also can produce plates, doors and windows, pipes and valves and other plastic hard products.
PVC Resin usually inculde carbide based and ethylene based. K66-K68 PVC RESIN, K59-K55 PVC RESIN, K71-K73 PVC RESIN. PVC RESIN SG5, PVC RESIN SG3, PVC RESIN SG8.
According to the different application scope, PVC can be divided into: general-purpose PVC resin, high polymerization degree PVC resin, and cross-linked PVC resin. General-purpose PVC resin is formed by the polymerization of vinyl chloride monomer under the action of initiator; high degree of polymerization PVC resin refers to the resin polymerized by adding chain extender to the vinyl chloride monomer polymerization system; cross-linked PVC resin is A resin polymerized by adding a crosslinking agent containing diene and polyene to the vinyl chloride monomer polymerization system.
According to the method of obtaining vinyl chloride monomer, it can be divided into Calcium Carbide method, ethylene method and imported (EDC, VCM) monomer method (the ethylene method and imported monomer method are commonly referred to as ethylene method).
According to the polymerization method, polyvinyl chloride can be divided into four categories: suspension polyvinyl chloride, emulsion polyvinyl chloride, bulk polyvinyl chloride, and solution polyvinyl chloride. Suspension process polyvinyl chloride is the largest variety in output, accounting for about 80% of the total output of PVC. Suspension method PVC is divided into six models according to absolute viscosity: XS-1, XS-2--XS-6; XJ-1, XJ-2--, XJ-6. The meaning of each letter in the model: X-suspension method; S-loose type; J-compact type.
Pvc Resin,Pvc Resin Powder,Pvc Resin Sg5,Pvc Resin K67
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