"Seven major factors" help Russia's LED lighting market break out

Affected by the global economic slowdown, the demand for LED lighting in developed markets has slowed down. However, its export threshold has been increasing, and many foreign trade companies have seen their overseas orders drop sharply. Infrastructure investment in emerging markets has begun to turn hot, and emerging markets such as Southeast Asia, Russia and Africa have become new highlights of LED exports. LED lights up the new Silk Road. Russia, as a trading hub of the CIS countries, has a large radiation effect and is an important gateway for Chinese LED companies to enter the CIS and Eastern European markets. According to the data, in 2013, China's LED lighting products exported to Russia amounted to 227 million US dollars, an increase of 260, while the export value in the first three quarters of 2014 was about 591 million US dollars, an increase of 479 year-on-year, accounting for the total export value of China's LED lighting products. The proportion is about 10, which is an increase of 5.52 percentage points compared with 4.48 in 2013. At the same time, Russia is also China's main destination for BRICS exports, accounting for 74.5. China's exports to the BRICS countries. The analysis of the Russian lighting market in recent years is mainly due to the following positive factors: 2020 Strategic Five Prioritization lighting is one of the five priorities of the Russian Federation’s 2020 strategy, as Russia’s GDP per unit of energy consumption is 2.5 times the world average and three times the energy consumption per unit of Western Europe. Excessive unit energy consumption has hindered the country's economic growth. The Russian government's plan is to reduce the energy consumption per unit of output from 2007 to 2020. 40. As early as 2009, Russia officially passed the Energy Efficiency Law (EE, LawonEnergyEfficiency). The bill covers the relevant bans on general lighting, guidelines for lighting audit management, encourages the promotion of contract energy performance models, and proposes annual energy conservation goals for national institutions, as well as action plans to stimulate local production of LED luminaires and light sources. The law also mentions that Russia plans to spend as much as $9.3 billion on lighting modernization in 2011-2020. In addition to the above provisions, the Energy Efficiency Law also proposes specific performance targets: First, the number of energy-efficient lamps used in state institutions has increased from 91 million in 2011 to 170 million in 2020; The proportion of installed lighting control system will be greater than 25; the third is that T12 and T8 lamps will be replaced by T5 before 2016; fourth, the proportion of household use of CFL and LED lamps will increase from 15 in 2011 to 83 in 2020; The proportion of high-efficiency street lamps will increase to 99 in 2020; the sixth is that the proportion of energy-efficient industrial lighting will increase from 37 in 2011 to 73 in 2020. The White House has established the “Energy Strategy to 2030” in 2009. It is stipulated that the sale of incandescent lamps of 100 watts or more will be banned on January 1, 2011. In 2013, incandescent lamps of 75 watts and above will be banned. In 2014, incandescent lamps of 25 watts or more will be taken from the shelves and the incandescent will be declared. The sentence of the lamp. Financial subsidies The Russian Ministry of Economic Affairs issued a decree in 2008. For the government and city lighting equipment procurement cases, local LED manufacturers will be supported through tendering. In the procurement case, LED lighting components must account for the overall 5. Local manufacturers can enjoy 15 purchase price subsidies. Later, the decree was revised in May 2014. Currently, the company can enjoy 15 price subsidies and expand to the Customs Union of Russia including Kazakhstan and Kazakhstan. However, the scope of subsidies is limited to specific products and finished lighting products. It is not included. The Russian lighting business consulting company is currently negotiating with the Ministry of Economic Affairs to include the finished lighting fixtures in the scope of subsidies. WT0 Russia joined the World Trade Organization (WTO) in 2012, which also makes Russia gradually reduce or even eliminate tariffs on related products. Among them, the tariffs of lamps will be reduced from 20 in 2013 to 15 in 2017; the light source products will be reduced from 19 to 10; and the tariffs on LED lamps will be gradually eliminated from the current 10 in 2015. The World Cup will be held successfully with the Sochi Winter Olympics. In 2015-2018, major events such as the FINA World Swimming Championships, the World Hockey Championship, the FIFA World Cup and the International Ice Hockey Championship will be held in Russia, which will greatly promote the local government. Implementation of LED energy saving and environmental protection design and application engineering. Advance development zone plan Russia is stepping up the construction of infrastructure projects. It is estimated that by 2015-2016, 6.6 billion U.S. dollars will be allocated for the construction of infrastructure in the advanced development zone to focus on the development of the Russian Far East. Chinese investors may participate in the formulation of the Far East Development Zone. Competition. Before 2018, it invested 22 billion U.S. dollars to build a high-speed railway nationwide and a Moscow city center loop project with a total investment of 8.6 billion U.S. dollars. Driven by these favorable factors, Russia's future lighting market prospects are expected. According to data from the Russian consulting firm LBC (LightingBusiness Consulting), the size of the Russian lighting market in 2013 was $1.9 billion. The company expects that according to the current economic trend in Russia, its lighting market growth rate will be 2.7 times that of the global lighting market. It will reach 3.7 billion US dollars in 2020, accounting for about 5% of the global LED lighting market.

Vehicle Inspection Line Gas Purifier

1. Product description:

This multi-layer smoke and gas purifier is designed for vehicle inspection line, laser marking, laser engraving, soldering, etc.

2. Moland Product Series

Portable Fume Extractor series: MLWF50, MLWF70, MLWF100, MLWF360, MLWF120, MLWF200, MLWF280-basic, MLWF280S, MLWF290, MLWF300, MLWF300A, MLWF350, MLWF350D, MLWF400, etc.

Stationary fume extractors: MLWF350-dust bucket type, MLWF500-6T, MLWF500-6T dust bucket type, MLWF500-9T, MLWF800, MLWF800-dust bucket type, MLWF1000, MLWF1500, MLWF2000, MLWF3000, MLWF3500, MLWF4000). The electric control cabinet can be seperated from main equipment for convenient operation when the main equipment is placed outdoors.

Grinding dust extractors: MLWF100D, MLWF150D, MLWF200D, MLWF320-DM, MLWF180, MLWF380, MLWF480) and grinding cabinet (MLWF900). The grinding cabinet is usally equipped with telescopic or fixed grinding room, to form a semi-closed space to control dust and smoke spread. It also improves the filtration efficiency with low air volume and energy consumption.

VOCs treatment

3. R&D

In order to provide advanced products, our R&D department develops 3 to 5 new products every year, and irregularly improves the performance, appearance, and installation methods of existing products.

4. Certification

All our products are approved by CE, ISO9001, ISO14001, utility model patent, design patent, Program copyright, etc.

5. Exhibition

Moland participates at least 5 industry exhibitions each year.

6. Central Fume Extraction System

1) Cantilever type fume extraction system

Cantilever dust removal can be used for manual welding conditions where the work stations are evenly distributed and the span is small. The smoke and dust generated by each welding station can be effectively absorbed at the dust generation point, and will not pollute other parts of the workshop. The skeleton of the suction arm is similar to a human arm and can hover in a space within a certain length. The outer layer of the suction arm is a temperature-resistant hose, which not only prevents the hose from being burned by sparks, but also ensures the flexibility of the movement of the suction arm. A unique rotating structure is designed on the position of the Suction Hood to ensure that the suction hood can be aligned with the welding position in any orientation, so that the suction arm can effectively capture the smoke and dust generated during the welding process. The advantage of the suction arm capture is that it can be close to the place where the smoke is generated, and the collection effect is better.

2) Hood suction type fume extraction system

Cantilever dust removal can be used for manual welding conditions where the work stations are evenly distributed and the span is small. The smoke and dust generated by each welding station can be effectively absorbed at the dust generation point, and will not pollute other parts of the workshop. The skeleton of the suction arm is similar to a human arm and can hover in a space within a certain length. The outer layer of the suction arm is a temperature-resistant hose, which not only prevents the hose from being burned by sparks, but also ensures the flexibility of the movement of the suction arm. A unique rotating structure is designed on the position of the suction hood to ensure that the suction hood can be aligned with the welding position in any orientation, so that the suction arm can effectively capture the smoke and dust generated during the welding process. The advantage of the suction arm capture is that it can be close to the place where the smoke is generated, and the collection effect is better.

3) Room tupe fume extraction system

Room-type dust removal is suitable for the purification of fumes and smoke generated during the production of automated equipment, such as welding robots, welding machines, grinding, grinding and polishing of metal and plastic parts, drilling, thermal processing, cutting and crushing, stone processing, powder packaging, solid particles and various dusts and fumes produced by mixing and processing.

For working conditions such as robot automatic welding, circular seam and longitudinal seam welding, the smoke and dust purifier is installed with the robot workstation, so that the workstation has its own dust removal function. The fume and smoke are effectively collected through equipment components such as pipes and dust hoods. The room-type design prevents the volatilization and diffusion of smoke to keep the air in the workshop clean.

The working conditions with moderate welding workpieces and large amounts of dust and smoke are suitable for room-type treatment solutions. The room type centralized dust dedusting solution is divided into side suction and top suction method dust collecting ways. The appropriate solution can be designed according to the site conditions and treatment goals.

4) Blow suction type fume extraction system

Blow-suction type dust removal solution is a ventilation air flow composed of blown air and inhaled air flow. Therefore, it is a dust removal method that can effectively control the spread of pollution sources. This dust removal method is installing exhaust inlets on two-span center column or single-span side column (wall) and air outlets on the opposite wall column to form a circulating air flow to drive the smoke and dust into the purification machine, consequently performing overall dust removal and purification in the workshop. This system occupies a small area and has obvious purification effect, which is suitable for the purification of smoke and smoke in more complex production workshops.

7. Company information

Jinan Moland Environmental Tech Co., Ltd., is located in No. 11889 Jingshi West Road, Changqing District, Jinan City, Shandong, China, established in 2016. It`s an environmental protection technology enterprise specializing in research, development, manufacture and sale of efficient smoke purification systems.

The company is committed to reducing the environmental impact of production process, protecting workers from harmful gases and dust, and creating a cleaner working environment. At present, the company′s products have been successfully applied in automobile, railway, construction machinery, marine engineering, aviation and other mechanical processing industries, as well as new materials, grain, wood, recycled resources processing and other industries. The company has passed the ISO 9001 quality management system certification, obtained the certification of China Environmental Protection Products issued by China Environmental Protection Industry Association, and CE certification of EU. It also has a number of invention patents, utility model patents and appearance patents. Through continuous R&D and innovation, many products of the company have reached the international leading level.

Moland′s environmental services cover the whole process from project design, product manufacturing to installation, commissioning and after-sales service. We will provide you with the most professional governance program and the best quality service.

Vehicle Inspection Line, waste gas treatment, high efficiency smoke extractor, smoke purifier

Jinan Moland Environmental Tech Co.,Ltd , https://www.sdmoland.com