What are the advantages and disadvantages of the Myanmar factory

What are the advantages and disadvantages of the Myanmar factory

1. Policy support.
Many small countries in Southeast Asia have welcomed foreigners to set up factories in the past due to their development needs, including Myanmar. At the same time as China’s industrial upgrading, many small manufacturers such as clothing factories and toy factories have moved to Thailand, Myanmar, Vietnam, Laos and other countries to invest and set up factories. Myanmar welcomes everyone to walk in. China supports everyone to go out, so the policy environment is still very good. China has now become Myanmar’s largest trading partner and the largest source of foreign investment.

2. Low cost.
This is one of the most important advantages of opening a factory in Myanmar. Due to the low level of local economic development, the cost of living is also low, and the wages of workers are not high. Compared with domestic labor costs are low.

3. Close.
China’s Yunnan borders northern Myanmar. It takes only two hours by plane from Kunming to Yangon to go to Myanmar to open a factory. It is more convenient for the two countries to travel back and forth.

4. Abundant resources.
Myanmar is rich in resources in minerals, forests, water power and oceans. Myanmar has mineral resources such as oil, natural gas, tungsten, tin, gold, iron, and jade. At the same time, it is one of the countries with the most extensive forests in the world. Myanmar also has a long coastline, dense rivers and numerous lakes, and is rich in fisheries resources.

But there are many disadvantages to opening a factory in Myanmar:

1. Low quality workers.
Although labor costs are low in Myanmar, the low quality of workers is a flaw. On the one hand, factory management may be difficult, and factory strikes are common. On the other hand, workers’ work efficiency is also relatively low.

2. Lack of language and cultural differences.
Although there are many Chinese in Myanmar, since they are in Myanmar, it is necessary to deal with Burmese. Linguistic and cultural differences may cause inefficient communication. If you want to set up a factory in the past, you still need to learn a few languages ??first, or ask a translator. You must also learn the local customs, and respect each other.

3. Backward infrastructure.
The infrastructure includes many places, such as transportation, Myanmar’s current logistics industry and port transportation are relatively backward, modern highways are few, and many goods need to be transferred to Singapore before being sent to the world, thereby extending the delivery cycle.

Another example is power supply. The power shortage in Myanmar may be notable. Opening factories in Myanmar will often encounter power outages that affect normal production. In this case, either the work will be stopped, but this may affect later delivery; or the generator will be purchased to ensure the power supply, but this will increase costs.

How to keep masks

How to keep masks

1. Storage environment:

For most masks, we need to make sure that they are dry and moist (especially those that have been unpacked). It is definitely not suitable outside.

2. Avoid water:

Previously mentioned dry, moist environment, easy to have bacteria, masks are affected. Worse than the wet environment is the water, do not touch the water, the mask is easy to scrap off.

3. Some masks can only be used once:

To note that the number of times of use of masks (duration) some are time (see the filter absorption of the cleaning degree) some are directly disposable, after can not be used again.

4. Not all masks are washable:

Some friends refuted me, my mask with water is ok, it can be washed, but the type of mask is not the same, we use the packaging above the instructions to take a good look.

How to keep masks

5. Observation screen:

For masks that are used for a long time (many times), it is necessary to regularly observe whether the filter is clean and whether it needs to be replaced. When used in bad places, the frequency of use will become less and shorter.

6. Beware of the rainy season:

Before I said to be careful of the wet environment, a lot of people think I put in the room, the relationship should not be big, the rainy season, or should be put in the box, the best next to throw some desiccant, the effect will be very good.

7. Prepare the appropriate mask:

Mask has a lot of kinds, can correspond to protect different poison, some people need to prevent and control exhaust, and some people in the chemical works, the need for protection is more, according to the type of choice to buy.

Comparison of Manufacturing between China and Southeast Asian Countries

Comparison of Manufacturing between China and Southeast Asian Countries

Manufacturing is the cornerstone of a country’s prosperity and strength, and it is the engine of rapid economic growth. With the rapid development of economic globalization and informatization, the development trend of global manufacturing industry presents three development trends: First, the proportion of manufacturing industries in developed countries is decreasing, while the proportion of national manufacturing industries in the process of industrialization is steadily rising; Second, the development of economic globalization has promoted the transfer of manufacturing industries between countries, labor-intensive industries and polluting industries have been transferred from developed countries to developing countries, and manufacturing has undergone globalization in all aspects of research and development, production, and management. Third, with the development of the knowledge economy and the rapid advancement of information technology, the global manufacturing industry presents a pattern of vertical division, horizontal division, and network division, and the industry chain is constantly subdivided.

Comparison of the overall situation of manufacturing development

As a major receiving area for manufacturing transfer, Asia has made rapid development in the past few decades. Japan accepted the advanced technology of European and American countries and first became an industrialized country in Asia. Then the four Asian dragons accepted industrial transfers from Japan, Europe and the United States, and quickly became emerging industrial countries or regions in Asia. At present, Asia is in the third round of industrial transfer, that is, from industrialized countries to developing countries such as China and India.

Since the reform and opening up, a large number of foreign companies have come to China to invest, build factories, and develop markets. Foreign investment and advanced foreign technology have injected new vitality into Chinese manufacturing. Through the introduction and learning of advanced foreign technologies, China’s manufacturing industry has made rapid progress, and China has become the world’s fourth largest manufacturing power after the United States, Japan, and Germany. Since it is still in the process of industrialization, China’s manufacturing industry still has great room for development.

In the mid to late 1960s, South Korea vigorously developed export-oriented processing and manufacturing industries, which promoted rapid regional economic growth. The South Korean manufacturing industry is a typical example of success from technology imitation to technology innovation. Today, South Korea has made significant progress in heavy industries such as the automobile and steel industries, as well as high-tech industries such as semiconductors, and has large multinational companies such as Pohang, Samsung, and LG.

India and China are both developing countries. Both countries are large agricultural and populous countries, and both have abundant labor resources. For more than 40 years after independence, Indian companies have been operating in a semi-closed state, lacking a competition mechanism, and the manufacturing industry has developed slowly. After the industrial reform in 1991, Indian manufacturing gradually showed vitality, and it has become a competitor in the world market in the software, pharmaceutical and automotive parts industries.

Comparison of industry competitiveness

To study the real gap between China’s manufacturing industry and developed countries, in addition to analyzing the overall situation of the manufacturing industry, it is also necessary to conduct research from various industries in the manufacturing industry. Taking the two pillar industries of steel and automobile as examples, a comparative analysis among countries shows that China’s advantages and gaps and corresponding adjustment measures.

Let us take Iron and Steel Manufacturing for example

Steel is the main structural material that constitutes a modern city, and it is a major basic industry of the national economy. Since the reform and opening up, the steel industry, as a pillar industry of the national economy, has developed rapidly.

However, the increase in output has not brought about a fundamental change in the structure of Chinese steel products. Traditional low-tech value-added varieties still account for a large proportion of steel products in China. The proportion of steel products exceeds 53%, which is 15 percentage points higher than that of Japan. The proportion of plate products is 33%, which is 26 fewer than Japan. percentage point. The gap is particularly huge for high value-added products, such as surface-treated boards, which account for 24% of plate production in Japan, but this product in China is almost blank.

In terms of economic benefits, the input and output of China ’s and India ’s steel manufacturing industries are large, about 14% higher than the optimal level. Both China and India have a large number of cheap labor, but the proportion of labor costs is greater than the optimal ratio. It is nearly three or four times higher, which shows that the advantage of labor costs is offset by the low production efficiency, and it is generally at a competitive disadvantage. Therefore, improving and upgrading production equipment, strengthening technological innovation, and improving production efficiency are the main ways for China and India to strengthen the competitiveness of the steel industry.

Medical Protective Attire quality control inspection service

Below are some common checking list for  Medical Protective Attire quality control inspection service:

Medical Protective Attire quality control inspection service

1.Fabric material
2.Woven design
3.Colour
4.Symmetry
5.Smooth and flat: Seams, flanging, such as tensile parts should not appear the waves on the surface, fluffy, double-fold eyelid, turn your lines, and soothe phenomenon (unless technology has special requirements)
6. Exposed base: Product’s surface mulch, should not see the inner clamp /the rims are covered, such as color, (except products have special requirements
7. Perfect register,stripe matching,plaid matching
8. Stains – product surface shall have no obvious oily ?soiled, water soiled, perspiration stains, ? ? ? ? ? ? ? ? ? ? ? ? ??
9. Smell – product can not be send out is not itself inherent odor, odor produced most of the system because in addition to the sweat caused by finishing or pick up a foreign body, such as sweat, gun water, alcohol, kerosene taste,
smell, such as oil, aromatic smell
10. Loose Thread – product surface shall have no visible not cut the thrum of the net
11. Hand feeling: It requires the material is soft and consistent with the model, no stimulation to skin, anti-wrinkle properties of the fabrics.

Latex Gloves Quality Control Inspection Service

Latex Gloves Quality Control Inspection Service

1. Visual inspection

The appearance inspection method of latex gloves is visual inspection. After the gloves have been fully doubled, the inspection items include: holes, broken edges, adhesion, wrinkles, extra thin mouths, extra thick fingers, discoloration, stickiness, impurities ( Including dust), stains, pulp, air bubbles, etc.

2. Physical properties

Inspection According to the inspection methods specified in GB / T528-92 and GB / T3512-83, the tensile strength and elongation at break before and after aging are measured, and the measurement results must meet.

In addition to the above tests, a leak test is also performed on the inspection gloves. The method is performed in accordance with the provisions of GB10213-1995, and antistatic inspection.

3. Chemical composition

The chemical composition inspection mainly refers to the inspection of raw materials and auxiliary materials, such as natural rubber latex, ZnO, antioxidant, vulcanizing agent S, accelerator and other items according to the “latex industrial raw materials technical conditions test method compilation” relevant provisions.

4. Packaging, storage and transportation

This product does not distinguish between left and right-handed models and generally only counts.

Packaging form: According to the needs of the buyer.

Pay attention to waterproofing during storage and transportation to avoid damage during storage and transportation.