The water absorption of commercial toilet paper is very important, as it directly affects cleaning efficiency, usage costs, and user experience. The demand for water absorption varies significantly in different scenarios, and choosing the right one can avoid waste or incomplete cleaning.

1. High water absorption demand scenario: Cleaning efficiency is the core, poor water absorption will directly affect the use effect

This type of scenario requires toilet paper to quickly absorb moisture or dirt. Insufficient water absorption can lead to repeated wiping, which not only wastes paper but may also result in incomplete cleaning.

Typical scenarios: dining kitchen, factory workshop, hotel guest room bathroom

Reason for demand:

Catering kitchen: Staff need to frequently clean tools, hands, or wipe off water and oil stains on countertops. Highly absorbent paper can dry them all at once, reducing the number of wiping times and avoiding the spread of oil stains.

Factory workshop: Workers may have coolant and oil stains on their hands after operation. Paper with strong water absorption can quickly absorb moisture and impurities, improving cleaning efficiency without affecting subsequent operations.

Hotel guest room bathroom: When guests use toilet paper to wipe water stains on their hands and countertops, poor water absorption can lead to residual water stains, affecting the living experience, and even increasing the amount of paper used due to repeated wiping.

Purchase suggestion: Prioritize products with 3 or more layers and high weight (single sheet weight ≥ 15g). During testing, observe the water absorption speed of the paper, and the faster, the more suitable it is for this type of scenario.

2. Medium water absorption demand scenario: Balancing efficiency and cost, without the need to pursue ultimate water absorption

This type of scenario is mainly focused on "dry cleaning", with less moisture or dirt, and moderate water absorption can meet the demand. Excessive pursuit of high water absorption will increase costs.

Typical scenarios: Public restrooms in office buildings, public restrooms in shopping malls, and reception areas at the front desk

Reason for demand:

Office building/mall bathroom: Users mainly use toilet paper to wipe residual moisture on their hands or clean small amounts of stains. Paper with low moisture content and moderate water absorption (2-3 layers) can be wiped dry in one go without additional consumption.

Reception area at the front desk: Most visitors are temporarily wiping their hands or wiping off small amounts of dust and water stains on their desks. They do not have high requirements for water absorption speed, and products with moderate water absorption can meet their needs while controlling procurement costs.

Purchase suggestion: Choose products with 2-3 layers and a single sheet weight of 12-15g, balancing water absorption and cost-effectiveness to avoid cost waste caused by choosing high water absorbing paper.

3. Low water absorption demand scenario: Water absorption is not the core, with a focus on toughness and durability

This type of scenario hardly involves the need for "water absorption" and is mainly used for cleaning in a dry state (such as wiping dust and debris). The high or low water absorption does not have a significant impact, but rather prioritizes ensuring the paper's toughness.

Typical scenarios: warehouse, garage, temporary construction site

Reason for demand:

Warehouse/Garage: Mainly used for wiping dust and debris on shelves and tool surfaces, or cleaning small amounts of dry dirt, without absorbing moisture, paper only needs to be not easily broken and not shed fluff.

Temporary construction site: Workers may use toilet paper to wipe dry dust and cement powder off their hands. The key is that the paper can wrap around the dirt without damage, and the water absorption does not need to be considered.

Suggestion for purchasing: Choose products with 2 layers and strong toughness. There is no need to pay attention to water absorption performance. Instead, prioritize conducting tensile tests to determine if the paper is prone to breakage, in order to avoid unnecessary costs due to the pursuit of water absorption.