Strength and durability: Advantages of Custom Wood Fruit Bag Composite Paper

1. Physical strength: stronger load-bearing capacity
Fruit and vegetable bags are one of the most important components of packaging, especially during transportation, the load-bearing capacity of the packaging bag directly affects the quality of the product and the transportation cost. Although traditional plastic bags have a certain strength, they often break when they bear too much weight, especially during long-term storage or transportation, when temperature changes and friction often cause the bags to break. In contrast, Custom wood fruit bag composite paper uses a special composite process to add strengthening ingredients such as wood pulp fiber and natural fiber to the paper, which significantly improves the physical strength of the packaging bag.

This composite paper has better tear resistance and load-bearing capacity, and can easily carry heavier fruits and other agricultural products. During transportation and handling, composite paper bags can effectively prevent fruit damage caused by bag breakage or deformation. This is especially important for long-distance transportation and bulk distribution, reducing returns and losses caused by damaged packaging.

2. Wear resistance: better resistance to friction
Abrasion resistance is an important indicator for considering the durability of packaging materials, especially when they are frequently exposed to hard objects, friction and stretching. Traditional paper bags or plastic bags tend to wear out during long-term use or transportation, especially in situations of high friction, where they are prone to tearing and damage. Due to its unique production process, the surface structure of composite paper is more solid and has stronger friction resistance.

Especially during transportation, fruits often need to be bumped up and down in paper bags. Composite paper bags can maintain a good appearance and integrity under multiple frictions, preventing cracks, tears or poor air permeability in the bag during repeated use. . In contrast, plastic bags are prone to developing holes or even tears during friction, especially when loaded with heavy objects, and insufficient strength may lead to complete damage to the packaging.

3. Moisture and humidity resistance: adaptable to various environments
Fruits and vegetables are susceptible to moisture during storage and transportation, especially in humid climates, so the moisture resistance of packaging bags is particularly important. Traditional paper bags usually do not have strong moisture resistance due to the characteristics of their natural fibers. They easily absorb moisture in high humidity environments, causing the paper bags to soften, deform, or even break. Although traditional plastic bags can prevent moisture, they have obvious shortcomings in terms of breathability and sustainability.

Custom wood fruit bag composite paper uses innovative composite technology to maintain the environmental protection characteristics of paper bags while enhancing their moisture resistance and humidity resistance. This material can not only effectively isolate external moisture, but also maintain stability in humid environments and will not deform or weaken its structural strength due to moisture absorption. This property is especially important for perishable foods such as fruits and vegetables, as moisture-proof properties can help extend the shelf life of fruits and reduce rotting or deterioration caused by moisture during transportation or storage.

4. Low temperature resistance: suitable for various transportation conditions
In addition to moisture resistance, composite paper also has certain low temperature resistance. Traditional paper bags may become brittle and prone to cracking in low temperature environments, especially during cold chain transportation, where low temperatures have a greater impact on packaging bags. Custom wood fruit bag composite paper can maintain good flexibility and strength even in low temperature environment due to its special structure of composite materials. This makes it more advantageous than ordinary paper bags when transporting and storing products such as fruits and vegetables under refrigeration.

By improving the low temperature resistance of the material, the composite paper can ensure that the packaging bag can still work stably even in cold chain environments such as refrigerators or cold storages, ensuring that fruits and other agricultural products are not damaged at low temperatures and reducing the risk of damage caused by packaging materials not being able to adapt to low temperatures. The transportation risks.

5. Durability: Reliability for long-term storage
Different from traditional paper bags and plastic bags, Custom wood fruit bag composite paper excels in durability and can adapt to long-term storage. Traditional paper bags are easily affected by environmental factors such as moisture, sunlight, and temperature when stored for a long time, causing them to become brittle and damaged. The composite paper material has been specially treated, so it not only performs well in short-term use, but also maintains its strength and stability over a longer storage period.

This is especially important for perishable products such as fruits and vegetables. The durability of the composite paper makes it adaptable to long-term storage needs. It can maintain stable performance throughout the supply chain, from harvesting, packaging, transportation to sales, ensuring that the packaging bag can always protect the fruit from damage until consumption. Buy and eat.

6. Comprehensive performance: combination of multiple advantages
Custom wood fruit bag composite paper has several advantages over traditional packaging materials, especially in terms of strength and durability. Its high strength, abrasion resistance, moisture resistance, low temperature resistance and durability make it an ideal packaging choice for fragile goods such as fruits and vegetables. Whether in transportation, storage or sales, composite paper materials can provide better protection to prevent fruits and vegetables from being damaged by external factors. The environmental performance of this material also brings more social responsibility to companies and consumers.