Plastic mesh bags

 

Plastic Mesh Bag is a very common packaging solution which is widely used in the packaging and transportation of vegetables and fruits,especially for the using of onions and potatoes. 

The quality standards of the mesh basgs are as following:

Raw material: Polythene or polypropylene,virgin material, but some special customers need add a percentage of recycled material.

Colors: There shall be no obvious difference between the mesh bags from the same production batch;

Stain: No obvious pollution;

Pocket edge: no obvious irregular convex concave;

String pockets: they shall be neat without obvious dislocation;

Weft and warp threads: Needs to be firmly connected;

Needle dropping: Not allowed.

What is landscape fabric? How to use?

Plastic packaging products,news and tips of international business.: What is landscape fabric? How to use?: What is landscape fabric? How to use? Landscape fabric that is laid on the ground under mulch, in French drains, or on steep slopes. Lands...

What is landscape fabric? How to use?

What is landscape fabric? How to use?

Landscape fabric that is laid on the ground under mulch, in French drains, or on steep slopes. Landscape fabrics are used for a variety reasons; most commonly as a weed barrier, but also for soil separation, water filtration, slope stabilization, and erosion control. Landscape ground cover fabric prevents new weeds from growing, but it is not made to get rid of existing plants.

Landscape architects often work side by side with building architects, surveyors and engineers to design and plan projects like new subdivisions, public parks, college campuses, shopping centers, golf courses and industrial parks, and then produce detailed drawings to pull the projects together. They may specialize in a certain type of project, such as waterfront development, site construction, or environmental remediation (e.g., preserving wetlands). Landscape architects also play an important role in historic landscape preservation and restoration.This job includes some basic visioning and planning, removal of a fairly large tree (and stump), fence design/construction, construction of a garbage/recycling enclosure, landscaping and irrigation.

However, there're some challenges: There are safety concerns as we don't have anything blocking the backyard from the top of the garage; we have an old fireplace that we believe was part of an existing back house back in the day; there is an ugly, ugly fountain that we would like removed or hidden; there is a huge pergola structure that we would like removed; there is an ugly cement bunker looking space directly outside our backdoor that has steps leading up to the backyard that we would like transformed somehow,etc. So you're needed to be recommend a fabulous gardener and garden designer. She/he has strong horticultural skills and a lot of hands-on experience.

A quality landscape installation, especially an ecologically friendly landscape, may include the use of weed control fabric, but should always make good use of French drains, rain-gardens, retaining walls, and erosion control for steep slopes. Landscape fabrics, also including geo-textiles, are a key element for maximizing the longevity and effectiveness of quality landscaping.

The plants you use are left up to personal design aesthetics. Some prefer taller plants, while others like plants that spread along the ground.For more information please visit the weed mat suppliers.

Market and applications of construction plastics.

Although plastics are not always visible in buildings, the building and construction industry uses them for a wide and growing range of applications including insulation, piping, window frames and interior design. This growth is mainly due to plastics' unique features, plastics are known for their durability, aesthetics, high performance, and easy handling. In building and construction, plastic is mostly used in plumbing fixtures, insulation, doors, windows, bathroom units, railings etc. After the packaging industry, the building and construction industry is the largest consumer of plastics. Plastic is heavily used in fire safety equipment such as in smoke detectors and fire fighting systems in the building and construction sector. The various types of plastics used in building and construction include acrylics, polyethylene, polycarbonates, extended polystyrene, polyvinyl chloride, etc. The main advantages of using plastics in building and construction are sustainability, innovation, cost efficiency, recyclability, and low maintenance. Mostly thermoplastics are widely used in the building and construction industry.


The aim of using plastics for lightweight construction is to achieve a maximum weight saving in individual components or parts by means of either the design, the material selection or the method of production. Plastics and rubber offer considerable potential in the field of lightweight construction, not only because of their low density compared with their metal and ceramic counterparts (i.e. weight saving attributable to the material), they also offer considerable flexibility in processing and design.

Since the construction of plastic with a light, inexpensive, etc., not only have been used in packaging industry such as PP woven bags,but also have been very widely used in the building. According to statistics data, the annual consumption of construction Plastic accounted for about 1/4 of total production of plastic, ranking the first in the application of plastics.

In fact, in Asia, South America and some other emerging market countries, the demand for construction plastics has rebounded significantly, particularly the demand for wood-plastic compounded materials, the demand increases 13% annual growth. With the economic recovery, consumers will remodel their houses, thus contributing to the development of wood-plastic compounded materials, plastic sides and other building products.

China is shortage of resources, the development of green building plastic especially has specific economic and social value. In recent years, green building plastics have been greatly developed, showing a good momentum. Experts point out that plastic materials which are non-toxic, harmless, non-polluting, will have high market demand in this century.

Pushing the national green building, will upgrade building materials, chemical industry, new energy and other downstream industries. Meanwhile, the industry is also looking forward to get double breakthrough in green building technology and policy support areas.

Green building is to meet the relevant evaluation criteria, and maximize energy efficiency in the whole life cycle, land, water, materials, protecting the environment and reduce pollution, provide people with healthy, suitable and efficient use of space, in harmony with nature building. The development of global construction industry is developing more and more well, construction plastic materials consumption will grow steadily in Asia, South America, as well as other emerging markets,the growth will be more faster.

China's plastic building materials industry annually grows average over 15%, and has become the second largest industry behind the packaging industry. China's three major plastic building materials including profiles, tubes and plates have entered a period of steady growth, a number of green building materials began to accelerate the pace of development and to accelerate green building revolution.Some plastic products enterprises,such as the plastic film, HDPE drums,PP/PE moulding and PP bags manufacturers now pay more attention to the new applications for building.

Plastics have the potential to be deployed in all the previously mentioned lightweight construction strategies and to offer innovative solutions for the future. 

Packaging robot provides new opportunities for packaging industry development.

Productivity of food packaging is an important measure of a enterprise, which can greatly reduce the cost of the product,as packaging robot has  characteristics of high speed and efficiency. Packaging automation is the current mainstream of manufacturing industry, and in the process to achieve the overall automation, except for the automatic control system will usher in development opportunities, the main executor of the production line, packing robot will get more opportunities.

Packaging machinery trends to increasingly automatic, as the most competitive technology, robotics technology is available for repeatable, fast, accurate, as well as the dangerous works. Additionally, all of the manufacturers are hoping to find the ways of reducing the production costs. Robot naturally took up this important role, because the robot can not only lead to lower costs, but also bring greater flexibility. Packaging robots are more and more known by enterprises, there will be more people to choose it because of its flexible and reliable advantages, the robot will replace many of the traditional equipments, become an very important role in packaging fields. Robotics applications developed in the packaging industry at a rapid pace from 9.5% to 17.4 % in the past five years, almost double than past. Robots appeared in almost all of the functional areas of packaging, especially in palletizing, packing, and most commonly in pick/place fields.

Packaging robot is mainly used for the automatic weight detection of powder and pellets, development and application of efficient packaging equipment. Weight by the intelligent detection systems, intelligent systems to detect foreign objects, the robot bags, transport robots, robotic palletizing systems, control systems and other components. The products are widely used in food, chemical, pharmaceutical, food, feed, building materials and logistics industries such as automatic metal detection of PP woven bags and PP bags. Compared with traditional products, it has a reduction of 30% materials, 60% footprint area, improved reliability of 300% metering, more flexible and adaptable. Compared with other similar products, packaging robot is high accuracy, high stability, high reliability, high speed, small footprint, adaptability well, and other prominent advantages over the years to solve part of the load cell fails, can not be found that the problem can not be measured.

During the past ten years, the use of robotics in the area of food packaging did increase and new, exciting applications come up very frequently.The standard uses for robots in the food manufacturing environment are in packaging-such as for top loading wrapped articles into cartons,or case-packing, and palletizing, as well as high-speed pick and place applications-and will continue to grow.

The utilization of recycled plastic will be improved in 2014.

The utilization of recycled plastic will be improved in 2014.

Currently, recycled plastics plastics industry has become a new trend in China, but there are some difficulties in obtaining recycled plastic, the quantity is still limited, but if every member of the supply chain can cooperate with each other, the use of recycled plastic in packaging industry will be increased in 2014.

Recycled plastics has great environmental advantages compared to conventional plastics.For example, energy demand of recycled polyester is lower 2/3 of virgin polyester, and reduce sulfur dioxide 2/3 and the nitrogen dioxide 1/2, water consumption is reduced by 10 times as well, while there is no need for garbage landfill treatment of virgin plastic. Recycled plastic has become the development trend of the industry.

Through technical innovation and industrial restructuring products, recycled plastic industry has made great progress in China, the direction is toward high-quality, multi-species, high-tech development, recycled plastics market environment has the early scale. In the textile, automotive, food and beverage packaging, electronics and other fields can be seen recycled plastic figure. In addition, a city daily consumption of plastic food bags and other plastic products amounted to 10 tons or more, there are a large number of rural recyclable waste plastics, China has formed a number of large-scale plastics recycling old trading center gathering and processing, recycled plastic industry outlook promising.

Of course, the recycled plastics industry is still in the development stage, there are still some problems. Due to extensive plastic renewable sources, including plastic film, plastic packaging, plastic containers, household plastic products, PP bags(or PP woven bags), plastic, wire, etc., of varying quality, in a unified process of recycling plastic, may be due to differences in raw materials, lead to a new product there is a big difference in
performance between batches. In addition, recycled plastics production chain is more complex due to the higher production costs, resulting in the price of 30% -50 % higher than virgin plastic prices, I believe that with the further development of technology, production prices will gradually decline.

Champoux consulting pointed out in the "2013-2017 China recycled plastic sheet market research report analyzes and development prospects": Recycled plastic has not been re-considered inferior product made ​​only as scrap or downgrade directly, although there poor stability, but because of its environmentally
friendly natural advantage, this makes it more and more popular, recycled plastics is becomming a treand of plastics industry.

Corona treatment of the surface of the plastic film.

Corona treatment of the surface of the plastic film.

Plastic films are often used as the liner of PP woven bags or PP bags, it's easy to create static friction when filling the goods in, then need to do a corona treatment, in corona treatment process, the base voltage is high enough to move the discharge action material (sheet or film) surface. When the film is generally carried out while the pre-treatment film to the film containing an anti-static agent and other additives, it is an advantage of this treatment. Film extrusion, before the storage process found on the film surface bloom additives, which make it difficult to achieve uniform treatment.

A method by which to make the thin film go through the two electrodes, wherein a high voltage is connected to the metal sheet, a high frequency motor. The other is the ground roll, separated by a narrow gap to the high voltage electrode. Metal electrode film to be processed should be more than a little  narrower, to prevent the discharge directly to the roller. Ozone generating discharge, the surface oxide film, it has polarity. The treatment level is determined by the motor output power and the extrusion speed.

Should avoid dealing with inadequate or over-treatment-which will make the surface chalking, brittle, difficult to heat sealing. Poor treatment effect over time, the treated surface treatment and cleaning of sensitive. Corona treatment at atmospheric pressure and high temperature work, and therefore, there will be very severe surface oxidation.

To determine whether the film is treated or not, a simple test method is to flow water through the surface of the film. If the film is not treated, the water will flow away, and after the liquid film will be processed for several minutes. In between these two extremes, there is often a portion of the film processing good, bad adhesion of the two places, so this method is only suitable test for determining whether the treated surface of the film, but can not be measured through the process.

This primitive improved peel adhesion test method was tested using the roll is pressure -sensitive adhesive tape in particular on the film surface, and then measuring the peel strength of the tension. The higher the treatment level, the higher the peel strength.
The surface chemical changes occur can be detected by XPS technique out, XPS can identify the presence of a corona discharge treatment on the polyolefin hydrocarbon, an ether group, an ester group, a hydrogen peroxide group, an aldehyde group, a carbonyl group or a carboxyl group.

Polyester (PET) bags, a new woven packaging bags.

PET is polyethylene terephthalate. It's a plastic resin and the most common type of polyester. Two monomers-modified ethylene glycol and purified terephthalic acid-are combined to form the polymer called polyethylene terephthalate. PET was discovered and patented in England in 1941.Polyester is
obtained by polycondensation of polyhydric alcohols and polybasic acid polymer in general. Mainly refers to polyethylene terephthalate (PET), the habits, including polyethylene terephthalate, polybutylene terephthalate (PBT) and poly aromatic esters and other linear thermoplastic resin. Is a kind of high performance, versatile engineering plastics. Also be made of polyester fibers and films.

A Chinese company used a special plastic timber (PET) as the material of woven bags which stirred the whole plastic woven bags industry. After six years of research, this company invented the special material for the production of raw materials woven ( has obtained national patents,as well as many countries and regions applied through PCT). The company introduced: The traditional woven polypropylene and polyethylene are used as a raw material, and the company developed special material is old as raw material bags. And this is extremely rich in raw materials, low prices, it 's the performance exceeded the performance of the current bags, but also greatly reduces the cost of raw materials.

This performance than woven polypropylene bags of superior performance, can be explained by the following points:

1.The tensile strength is 1.5 times that of polypropylene woven bags. The bulk bags could also be used as the material for high-intensity needs.
2.Transparency, gloss higher than polypropylene bags, feel very wide, flat and smooth surface. For the production of transparent bag.
3.Good temperature resistance, can reach 140 degrees. Duration of 48 hours, does not change its properties.
4.Toughness than polypropylene bags, no crack in the weaving of silk.
5.Anti-aging, 2 times that of polypropylene bags, can be used to produce tarpaulin and lawns.

Some experts predict: World production of woven polyethylene bags industry first, and then the production of PP woven bags(also know as PP bags) enhance product quality and applications, and polyester (PET) production of woven bags will surely elevate again product quality and applications.

The key technology to produce polyester (PET) is the equipment bags, with equipment of any enterprise can produce woven polyester (PET) bags. Recently

learned that domestic production of such equipment manufacturers, many years ago on the production of such equipment and exported to foreign countries.

Drying and storage of grain.

It’s important to care the drying and storage of grain.

When grain is stored on the ground, earth is crowned under the pile to aid in drainage. A vapor barrier, is also placed on the ground to keep ground moisture from wetting the grain. Check grain temperature and moisture. If the pile is on well-drained, gravel-covered soil, the vapor barrier probably isn't necessary.
If you are going to largely manage to fill each store with dry grain there's a reluctance to put in small pockets of relatively much wetter grain. This in ability to cut small amount of wet grain can cause significant delays. For example, suppose that you are close to finishing a farm and rain comes before you finish the last 10ac. You then have 10ac or so to cut before moving the combine and it's not feasible to come back for it at a later date. Suppose, also, that a day arrives where grain moisture hovers around 19-20% with the prospect of good fine dry weather from that day on wards. At the moment we would wait until the day after, cut the 10ac, and then spend a hour or so moving, which is an hour or two of wasted combining in good conditions. If a grain pile is covered, plastic tarp is generally adequate, although covering large piles of grain can pose a challenge. Whether the pile is covered or not, the top surface should be smooth in order to aid drainage. The cover should be placed to carry water away from the grain. Aeration helps control any condensation that might occur under the plastic cover.

Try to design the building so that it has a natural airflow. Make sure the building exterior is well-drained, weather-tight, rodent-proof and not physically damaged by the forces of the grain. If you detect any problems, correct them immediately. If necessary move the grain to a different storage facility.You can set up a thermal chimney to use solar energy to get the air moving. You can also use a double skin wall made of steel sheeting to use solar heat to help dry the crop. Once it is dry, then you can use a hermetically sealed bag or bags for longer term storage, but it must be dry before you seal the bags otherwise you will get moud and the crop will be destroyed. Don't assume that you can use standard kit from Europe or the USA. Much of this depends on reliable electricity supplies and that is something you probably don't have. If a drying fan stops due to a power cut in the middle of the drying process, it will cause real problems. Its vitally important to get things right.

What additives are usually used in plastic packaging bags?

In order to improve the performance of plastic bags, it need to add some additives its stability during the production process,commonly used additives are the following:

Heat stabilizer, can improve the thermal stability of the plastic material,then can improve its adaptability to different temperatures.

Plasticizers,can improve toughness and ductility of the packaging bags, not easy to be shredded.

Anti-static agents, on the surface properties of the bag make improvements to prevent the generation of static electricity.

Colorant,can change colors, improve the appearance, at the same time improving its optical properties.Wide variety of coloration products for packaging applications.Suitable for long-term coloration and visual appeal.

Anti-oxidants,can prevent the occurrence of aging and prolong bag's life.

Anti-scratch additives,are capable to bind effectively to the polymer matrix and to avoid migration.

Master batch fillers, effectively reduce production costs of plastic bags by filling in the material.

Additives help to improve surface properties of polymers like scratch resistance and surface smoothness. Higher output and better processing of compounds can easily be achieved by applying processing aids.Packaging is also an essential element of content protection, in particular for food and beverage,for example,flour is always packed in PP woven bags(or named PP bags).Therefore, packaging materials do contribute to aesthetic enhancement, convenience-in-use functionality, content protection and preservation and low additional costs for mass production.

Plastic packaging solutions introductions.

Plastic packaging products,news and tips of international business.: Plastic packaging solutions introductions.: Modern plastic packaging has made life easier in many ways, hence the high consumption of plastic products  with the increasing need for l...

Plastic bags introduction and problem.

Plastic packaging products,news and tips of international business.: Plastic bags introduction and problem.: Plastic bags introduction and problem. Plastic bags typically are made from one of three basic types: high-density polyethylene (HDPE), lo...

Make flexographic printing more efficient.

Plastic packaging products,news and tips of international business.: Make flexographic printing more efficient.: Flexographic printing is the use of a flexible letterpress printing flexible way, it has less investment in equipment, high technology reven...

Factors impact the international business.

Plastic packaging products,news and tips of international business.: Factors impact the international business.: Becoming familiar with the international business, its laws, customs, and culture is as important as calculating the costs, revenue, an...

What is sampling inspection?

Plastic packaging products,news and tips of international business.: What is sampling inspection?: Sampling Inspection involves inspecting a relatively small number of items from a batch or lot and then using the results of this sample to...

What is sampling inspection?

Sampling Inspection involves inspecting a relatively small number of items from a batch or lot and then using the results of this sample to either accept or reject the entire lot. The accept/reject criteria is the number of defective items found in the sample.Sampling inspection relies on statistical probability and it is possible that a good batch will be wrongly rejected, or a bad batch will be wrongly accepted. This can have significant economic consequences and so it is usual to use a published sampling plan.

The sampling either for the grading or for checking the correctness of the grading should be done most accurately, because unless the sample is truly representative of the entire lot, correct grading can not be done. The general characteristics of the commodity should be preliminarily inspected before drawing  samples from the lot.In the case of packed material or the packing material, stitching of the bags or metallic linings, the gross and net weight of the contents etc., should be invariably noted and verified.

Sampling must be appropriate to the application, cost effective, and integrated well into the quality system. A policy of 100% inspection tends to promote the status quo. Two kinds of sampling are used in inspection as a device for improvement and to reduce the amount of inspection: Product Control (acceptance of unique lots) and Process Control (acceptance of a process).The objective of process control is to characterize the process and not necessarily the product. Therefore, the sampling procedures are not necessarily those appropriate for random sampling from the lot of product produced over a given period. Rather, the samples are structured to give signals about the process. In contrast, random samples are used in acceptance sampling to characterize the population of product produced throughout a given period of production.

Sampling inspection is always used in plastic products inspection during the process.

Factors impact the international business.

Becoming familiar with the international business, its laws, customs, and culture is as important as calculating the costs, revenue, and profits of a planned expansion. You should know these factors impact the international business.

The first factor is that the parties must deals with the laws, policies and political authorities of more than one nation. These laws and policies may be inconsistent, or even opposed. Such as arbitration clauses, specification of the governing laws, and tax.

The second factor is the presence of different currencies. Different currencies give rise to two problems. Since the relative value of different currencies varies over time, the actual value of the prices or payments set by contract may vary, and result in unexpected losses or gains. So business deals will often depend upon the willingness of governments to make currency available. 

The third factor is governmental authorities. Governments often play a much larger role in foreign business. In some countries, the government controls more aspects of daily life than in others. While the common usage treats totalitarian and authoritarian as synonyms, there is a distinct difference. For the purpose of this discussion, the main relevant difference is in ideology. Government-owned businesses may have different goals from private companies.

The fourth is international ventures are vulnerable to sudden and drastic changes in their circumstances. For example, war or revolution, changes in government, or currency devaluation have an impact on international businesses. Besides, be aware of the risk of changing tax rule interpretations in emerging markets. In emerging countries, the tax laws themselves may not change, but the interpretation and enforcement often do.

Lastly, some other factors are also impact, strikes, rioting broke out, food stuffs were seized from private companies. 

Make flexographic printing more efficient.

Flexographic printing is the use of a flexible letterpress printing flexible way, it has less investment in equipment, high technology revenue, which will help reprinted wide printing adaptability, easy device operation, high printing efficiency and quality of the printing ink is relatively a series of significant advantages such as stability, and because the process uses environmentally friendly water-based inks for printing, the ink may be better to avoid contamination of print or interior products, therefore, more suitable for printing food, medicine and other packaging products, deep printed by manufacturers and customers, along with the trend of low-carbon economy continues to approach, flexible printing process will be more widely promoted and applied.

Analysis flexographic printing process characteristics.
Flexographic printing plate with the use of the process for the production of flexographic, there are solid or liquid resin plate for plate-making, printing properties of different materials and have different effects print quality. Due to the characteristics of the plate with a flexible, lighter printing pressure, printing adaptability, both thick corrugated board printing, but also thin and soft material printing printing plastic film; either printed strong absorbent paper towels, also can print a non-absorbing material such as aluminum foil. As a result of strong liquidity liquid ink, and the plate is soft and smooth, can better overcome the shortcomings of printed material surface roughness, and then get ink thick, colorful print quality results.

Plate design factors that should be considered.
Because flexographic plate is soft, has a certain elasticity and thickness is relatively large, when the paste on a cylindrical drum, corresponding to the printed version of the portrait of the circumferential surface of the drum would produce a certain bending deformation, especially the larger the plate thickness, surface graphics pasted plate deformation coefficients greater, thereby enabling the graphics and printing out the document size errors. If the print layout of the network structure, dot gain distortion is the main problem caused by printing color deviation.

Plastic bags introduction and problem.

Plastic bags introduction and problem.
Plastic bags typically are made from one of three basic types: high-density polyethylene (HDPE), low-density polyethylene (LDPE), or linear low-density polyethylene (LLDPE). Those thick, glossy shopping bags from the mall are LLDPE, while grocery bags are HDPE, and garment bags from the dry cleaner are LDPE. The major difference between these three materials is the degree of branching of the polymer chain. HDPE and LLDPE are composed of linear, unbranched chains, while LDPE chains are branched.

Different from PP woven bags or PP bags,PE bags are not readily biodegradable, environmental costs of plastic bags are burdensome for communities and the planet, the cost of plastic bags for retailers is pretty low. Made from ethylene, a byproduct of petroleum or natural gas, plastic bags are so cheap and flimsy that cashiers use them freely, double bagging as a matter of course and often sticking just a few items in each bag. As a result, shoppers end up with piles of plastic bags spilling out of closets and threatening to take over cupboards, until we finally throw up our hands and either dump them in the trash or, if we’re lucky enough to live in an area where stores provide plastic bag collection bins, cart them back for recycling. Sure, some of us reuse plastic shopping bags to line our waste bins or to pick up dog poop, but the bags still end up in the landfill.

Plastic bags are easily picked up and carried by the wind. They can escape from trash bins, recycle bins, garbage trucks, and landfills, and end up littering the landscape. Blowing down the street, flapping from trees, clogging storm drains (costing municipalities millions of dollars in cleanup costs), and making their way out to sea,also can be dangerous to animals. And they persist in the environment, causing harm for a very long time.

Today,new plastic technology appeared, one solution to this problem is to make degradable bags, such as those from starch. Starch, obtained from corn or potatoes, can be converted into lactic acid, which can be polymerized to the biodegradable plastic known as polylactide. Another solution is to add an ultraviolet-light absorber to make the material degrade when exposed to sunlight. Unfortunately, these solutions can make the plastics more expensive, so they haven't caught on with consumers.

Plastic packaging solutions introductions.

Modern plastic packaging has made life easier in many ways, hence the high consumption of plastic products with the increasing need for light weight packaging solutions in the world, the applications of plastic will continue to be a growing trend in the packaging sector.Plastic plays a major role in delivering and sustaining the quality, comfort and safety of modern lifestyles; the impressive ratio of cost to performance also means that people in all income groups can enjoy these benefits.

The use of plastics for shipping and storage will continue to grow. Strong, durable and tear resistant, plastic packaging saves energy, space and money. Plastic containers, which generally require less energy to manufacture than other packaging, also require less fuel to transport than heavier materials. Additional savings come from reductions in shipping damage and elimination of the need for additional packing materials, such as partitions between individual products. Strong enough for stacking and moldable into space-saving shapes, plastic containers can maximize warehousing room and lower storage costs.

Nowadays,plastic packaging has made life more and more easier and convenient.