Common Challenges in Plastic Garbage Bin Mould Manufact […]
Common Challenges in Plastic Garbage Bin Mould Manufacturing
Plastic garbage bins are an essential tool for managing waste in residential and commercial settings. However, manufacturing these bins can be a challenging process that requires careful attention to detail. In this article, we will discuss some of the common challenges that manufacturers face when producing plastic garbage bin moulds.
Selecting the right material for the plastic garbage bin is essential to ensure that the bin is durable and resistant to damage. However, with so many different types of plastics available, selecting the right material can be a challenge. Manufacturers must consider factors such as the bin's weight, size, and expected usage when selecting the plastic material.
The design of the mould is another critical factor that can impact the quality of the plastic garbage bin. A poorly designed mould can result in a defective or low-quality bin. Manufacturers must carefully consider the bin's shape, size, and intended use when designing the mould. They must also ensure that the mould is made from high-quality materials that can withstand the stresses of the injection moulding process.
Injection Moulding Process
The injection moulding process is a critical step in plastic garbage bin manufacturing, and it can be challenging to get right. Factors such as the temperature of the molten plastic, the pressure used to inject the plastic into the mould, and the cooling time can all impact the quality of the final product. Manufacturers must carefully monitor and adjust these factors to ensure that the bins are of the highest quality.
Mould Material： 45# 50# 718 2738 P20 S136 etc
Cavity ： Single cavity
Runner ： Hot runner/cold runner
Mould Fesign： 3D/2D
Design Fays ： 3-5 days
Mould life： 500, 000~ 1 million shots
Plastic Material： PP
Injection system： Direct gate
Payment： 40% of deposit by L/C T/T 60% of balance by L/C T/T
Delivery time： 50-60 days
Specification： Depends on customers' demand