Nowadays, the use of plastic barrels can be seen in every household. Compared to barrels made of other materials, it has obvious advantages. Plastic barrels are easy to purchase, available in both small shops and large malls. They are made of simple materials and are easy to manufacture, making them a common product that does not require special custom orders, which can be time-consuming.

Plastic barrels are convenient to carry, lightweight, and easy to move, which does not consume much manpower. The lifespan and usage rate of plastic barrels are relatively long because plastic has good extensibility, making it resistant to breakage and wear. There is no need to worry about dropping them on the ground, which could cause cracking or oxidation and corrosion from the air.

Plastic barrels are lightweight, stable in nature, and have excellent wear resistance and corrosion resistance, which makes them popular among people. However, during use, people often neglect to protect plastic barrels, leading to various damage incidents. This not only causes resource waste but also affects normal production and life. Therefore, when using them, one should follow the normal usage rules. Below, we will introduce how to extend the lifespan of plastic barrels.

When using plastic barrels, avoid colliding them with hard objects, as cracks in the plastic barrel not only affect aesthetics but also impact the amount of water stored. Water can create localized pressure on the plastic barrel, significantly affecting its lifespan. Additionally, avoid direct sunlight, as the polyethylene inside the plastic barrel can deteriorate when exposed to water, affecting the hardness of the barrel. A softened plastic barrel not only has reduced capacity to hold water but also has its lifespan greatly affected.

At the same time, it is strictly forbidden to allow fire sources near plastic barrels, as they are flammable. When exposed to fire, they can ignite if the temperature reaches the burning point. Therefore, we must conduct a thorough inspection of the environment around the plastic barrels to eliminate potential hazards, ensuring safe production by the plastic barrel manufacturers.

Plastic barrels are ubiquitous in daily life, whether at home or elsewhere, playing a significant role. Their low price and good properties greatly facilitate both buyers and sellers. The durability and high usage rate of plastic barrels also make it convenient for transporting and storing goods, significantly benefiting the lives of the people.

Plastic barrels, also known as plastic chemical barrels, are made using scientific formulas and blow molding. How much do you know about the outstanding performance of plastic barrels? Let the plastic barrel manufacturers introduce it to you.

1. The plastic barrel is aesthetically pleasing, smooth inside and out, without welds or seams, lightweight, strong, impact-resistant, corrosion-resistant, odorless, and easy to transport.

2. Long service life, with a shelf life of 1.5 years under normal filling, transportation, and unloading conditions.

3. Product technical parameters strictly adhere to industry standards, and product appearance design and size can also be customized according to needs. Chemical barrels have advantages such as seamless one-piece polyethylene construction, impact resistance, aging resistance, lightweight, leak-proof, acid and alkali resistance, long lifespan, and compliance with hygiene standards, greatly outperforming traditional fiberglass containers, plastic welded containers, and steel-lined rubber containers.

4. Can be used for hot filling, with a general temperature not exceeding 60°C. Chemical barrels have advantages such as seamless one-piece polyethylene construction, impact resistance, aging resistance, lightweight, leak-proof, acid and alkali resistance, long lifespan, and compliance with hygiene standards, greatly outperforming traditional fiberglass containers, plastic welded containers, and steel-lined rubber containers. The materials for 25-liter plastic barrels are mostly made of polyethylene, polypropylene, and other plastics through blow molding and injection molding, used for packaging liquids and solids in industries such as chemicals, pesticides, pharmaceuticals, food, hardware electronics, and electromechanical. After hot filling, wait for the contents to cool down to room temperature before sealing the lid and stacking.

5. For easily dispersible chemical substances, a cap with venting function can be used to avoid the danger of overpressure during transportation while ensuring the sealing performance of the liquid.