Let's talk in detail and in a simple way about the advantages and disadvantages of using PP (polypropylene) and PE (polyethylene) to make pallets

First, let's talk about PP material (polypropylene):

• 1.When it's hot, it's even more difficult to handle.

It has good heat resistance and is less likely to soften or sag when placed outdoors or in high-temperature workshops in summer. Its shape is well maintained, so it can be used for a long time.

• 2.The body bones are hard and have good load-bearing capacity.

Because it is relatively hard, it is not easy to bend when placing heavy objects. When several pallets are stacked together, they are particularly stable and not easy to shake, making them suitable for stacking high on shelves.

• 3.The surface is smooth and easy to maintain.

The surface of the plate is smooth, free from dust and oil, and easy to clean. Usually, simply rinse with water and it will be basically clean.

• 4.The disadvantage is' being afraid of cold '.

When the weather gets cold, it will become brittle, like hard plastic. At this point, if it is bumped or falls to the ground, it may crack open.

• 5.Too hard to withstand bending.

Hard also has its drawbacks. If the same place is always hit or bent by a forklift, cracks may occur over time.

• 1.Highly resilient and resistant to bumps.

It has elasticity like rubber and is particularly resistant to falls. Even in winter or in a cold storage, it's not a big deal to bump into it, it's very practical.

• 2.A natural 'cold storage player'.

It is not afraid of freezing and can still remain soft in sub zero environments without becoming brittle or cracking, making it a good helper in the refrigeration industry.

• 3.Waterproof and corrosion-resistant, not delicate.

It does not absorb water at all and is not afraid of corrosion from many chemicals, making it suitable for environments such as aquatic and chemical industries that require frequent washing or contact with chemicals.

• 4.The disadvantage is' afraid of sun exposure '.

Its weakness is that it is afraid of heat and sun exposure. Long term exposure to the sun may cause deformation, and the middle part may collapse slightly when bearing weight.

• 5.The material is too soft, and under heavy pressure, it will "bow and fall".

Due to its softness, when placing particularly heavy objects, it may slightly bend down in the middle. Although it will not break, it may not be as stable when stacked.

This is a major weakness. It becomes brittle and prone to cracking once temperatures fall below -5°C, making it unsuitable for cold outdoor environments.

A true cold-weather expert. PE performs exceptionally well even in extreme conditions as low as -25°C, retaining its toughness and impact resistance without becoming brittle. This is a significant advantage over PP.

Both PP and PE are excellent choices for handling corrosive chemicals. This makes them the preferred options in many chemical, raw material, and warehousing industries, as they can withstand erosion from acids, alkalis, and salts at certain concentrations without decomposing, ensuring long service life and reducing corporate investment costs.

PP exhibits slightly better resistance to certain potent chemicals (such as specific oxidizing acids). However, this is merely a minor technical distinction. For daily handling of common substances like fertilizers, flour, cola, beer, and red wine, both materials provide excellent and nearly identical protective performance, making either option viable. If more specialized guidance is required, please contact our sales representatives for recommendations.

Primarily for High-Rack Storage: Goods need to be stacked on shelves for long periods under high load. PP's high rigidity ensures the pallet does not deform, guaranteeing safety and stability.
Extremely High Load Requirements: Suitable for stacking very heavy bagged or drummed fertilizers. PP's resistance to bending makes it more capable.
Mainly Indoor or Temperate Region Use: Higher working environment temperatures avoid the drawback of low-temperature brittleness.
Budget Considerations: PP raw material prices are generally slightly lower than PE's, making it more cost-effective when usage conditions are met.

High Turnover Frequency, Frequent Forklift Operations: When pallets are frequently moved between warehouses, docks, and trucks, collisions and drops are inevitable. PE's superior toughness minimizes damage.
Use in Low-Temperature or Freezing Environments: For example, during autumn and winter in northern regions or in cold storage environments, PE is the undisputed first choice.
Export or Sea Shipping: Container temperatures can be low, and handling processes are rough. PE's impact resistance and low-temperature performance make it highly suitable.
Diverse Goods Shapes: When transporting packaging with sharp edges, PE's toughness better withstands point impacts.