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Foshan Nanhai Changjin Plastic Cans Co., Ltd. (www.cjslzg.com), founded in 2006, is a large private enterprise specializing in the production of IBC ton barrels, IBC container barrels, plastic packaging cans, plastic barrels and chemical barrels. Customized products and services for customers. Our products have been well received by customers since they were launched on the market.

2020/10/19

How to extend the lifespan of a ton barrel

The price of the ton barrels we purchase is not low, and such products are needed every day, so we must pay special attention to basic maintenance work. Although it is not necessary to wipe them every day, they must be used correctly. So how can we extend the usage time of such products?   1. Purchase quality products   No matter what industry we are in, since we need to use ton barrels, we should ensure their quality. It is best to cooperate with reputable ton barrel manufacturers to obtain products with qualification certificates. This way, we do not have to worry about quality, and the manufacturers will provide us with different models, making it much easier to choose without too much hesitation.   2. Avoid bumps during daily use Ton barrels are generally made of plastic, which has good corrosion resistance and anti-degradation properties, but they are not resistant to bumps. Especially when subjected to external force, they may leave marks or even suffer damage. Therefore, if we want to avoid problems with the ton barrels, we must be careful during daily use, and there should not be sharp objects around the area to avoid any impact.   3. Conduct regular inspections We should also perform simple inspections on the ton barrels regularly, such as conducting a complete maintenance check every week. A simple wipe can help us determine if the ton barrel is damaged or needs repairs. Only by doing the basic daily work well can we extend the usage time of our products, which also helps us save a lot of costs in an indirect way.   200L plastic barrels are common transportation products, and long-term use inevitably leads to some minor issues, such as wear or cracks. If not handled properly, it can also lead to product damage.   If the 200L plastic barrel we need to repair is made of polyethylene, we can use plastic welding or an electric soldering iron for hot welding and bonding. The working principle of the 200L plastic barrel is that after the circuits are connected, the air compressor continuously sucks in air and compresses it into high-pressure gas; the electric heating wire in the plastic welder is heated to a very high temperature. By opening the exhaust valve of the air compressor, the high-pressure gas is heated as it passes through the holes in the electric heating wire of the plastic welder, and then it is sprayed out from the nozzle as a high-pressure hot gas flow that melts the plastic, allowing the plastic molecules of the two surfaces to diffuse and penetrate each other. After cooling, the interface disappears, and they bond into one.   The performance of the pressure regulator is used to adjust the voltage of the plastic welding gun, thereby controlling the temperature. Generally speaking, at room temperature (20-25°C), adjusting the voltage to around 120V can maintain the temperature of the high-pressure hot gas flow at about 174°C, which meets the temperature requirements for welding polyethylene 200L plastic barrels.   Of course, some plastic barrels are very difficult to repair once damaged, and due to the special substances they contain, they are also hard to recycle and reuse. If disposed of by burial, they are difficult to degrade and can pollute the soil; if incinerated, they produce many harmful gases that can affect our health, and gas pollution is hard to clean. Therefore, we advocate for special treatment of plastic barrels before secondary processing to reduce environmental pollution.   I believe that through the above introduction, everyone has understood the methods for handling damaged plastic barrels during use and can practice them in daily life to reduce resource waste. 200L plastic barrels are ubiquitous in life. The inner liner of a 200-liter plastic barrel is usually made of high molecular polyethylene, which has high hardness and strength. Additionally, this product has good toughness, allowing it to be cleaned and reused, reducing production costs. To ensure that the product quality is not compromised, the following introduces the precautions for cleaning plastic barrels.   200-liter plastic barrels are non-greasy and easy to clean, making the cleaning process relatively simple. There are mainly two types of cleaning: manual cleaning and machine cleaning. Manual cleaning can ensure effective cleaning but consumes more time and effort. Machine cleaning can improve work efficiency and cleaning quality.   In summary, the 200-liter plastic barrel has many characteristics that can meet demands. To ensure that product quality is not compromised, standardized operations should be followed during cleaning, and appropriate cleaning methods should be chosen to ensure quality while improving the plastic's durability, thus extending its service life.   200L plastic barrels are not only visually appealing but also very useful, and many projects use them. Since the material is plastic, although they are somewhat large, they are not heavy, making them convenient for transportation and storage. This not only saves labor but also conserves space. They are highly resistant to cold and corrosion, suitable for use in many environments.   Although 200L plastic barrels have many advantages, it is important to pay attention to their usage methods. While they are used for holding items, not everything can be stored in them. For example, dangerous goods such as sulfuric acid, gasoline, and toluene cannot be stored in them, as they can easily explode. Some barrels are specifically designed for storing chemicals and are not suitable for storing consumable water or oil. Detailed consultation should be conducted before purchasing. How to choose materials for 200L plastic barrels   Plastic barrels need to have a certain degree of transparency. Additionally, due to the requirements of transportation or handling processes, they must have a certain level of wear resistance and impact resistance. Furthermore, in the acid and alkali industry, there are also certain requirements for their corrosion resistance. Therefore, the selection of raw materials for plastic barrels is very important.   Transparent plastics require high light transmittance, which necessitates strict surface quality requirements for plastic products, with no blemishes, air holes, or whitening. Issues such as haze, black spots, discoloration, and poor gloss must be avoided. Therefore, throughout the injection molding process, strict and even special requirements must be made regarding materials, equipment, molds, and even product design.   Additionally, since transparent plastics often have high melting points and poor fluidity, adjustments to process parameters such as machine temperature, injection pressure, and injection speed are often necessary to ensure that the product's surface quality is maintained while allowing the injection material to fill the mold without causing internal stress that leads to product deformation and cracking.   What equipment is needed to produce plastic barrels   1. Extruder and die head; basically the same as general extrusion-blow molding equipment.   2. Preform processing device; the tubular preform extruded by the extruder must be cut, bottom fused, and neck processed through this device to form a test tube-shaped preform with a bottom.   3. Preform heating device; the preform heating device includes various types such as ovens, heating sleeves, and heating channels. Heating methods can use electric heating or infrared heating. However, the heating device must be able to adjust the temperature and heat evenly to minimize the temperature difference between the inside and outside of the preform.   4. Stretching device; there are two types: stretching core rods and stretching clamps. The stretching core rod is inserted from the upper part of the preform, pressing against the bottom of the preform under hydraulic pressure to perform longitudinal stretching, and then compressed air is introduced through the holes in the core rod to inflate it, performing radial stretching. Most stretching molding uses this type of stretching device. The stretching clamp clamps both ends of the tubular preform from the outside, performs longitudinal stretching under hydraulic pressure, and then inflates it for radial stretching. The neck and bottom have flash that needs to be trimmed, and the flash can be crushed and recycled.   5. Special molding machine for extrusion-stretch-blow.

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