BN.11030401 High-Efficiency Absorbent Cleanroom Wipe

This cleanroom wipe delivers excellent liquid management with a 250.36% water absorption rate. Weighing 110 GSM with a 48.7g dry weight, it strikes a perfect balance between high absorbency and manageable thickness, making it a versatile solution for a wide range of industrial and controlled environment cleaning tasks.

Categories Cleanroom wipes, Pre-wetted, Rolls, Sheets

Product Description

The BN.11030401 is engineered as a high-performance, standard-weight wipe for applications where reliable and rapid liquid uptake is critical. Its standout 250.36% absorption rate places it in the top tier of its class, ensuring efficient cleanup of spills and thorough surface wetting without excessive saturation or waste.

Parameter	Details
Product Name	`Cleanroom Wiper`
Product Code	`BN.11030401`
Packaging	150 pcs × 10 bags
Gross Weight	8 kg
Net Weight	7.3 kg
Dimensions	48 × 24 × 26 cm
Material Composition	100% Polyester
Key Performance	Water Absorption Rate: 250.36%

Core Features & Benefits

Superior Absorption Capacity: The 250.36% absorption rate allows the wipe to quickly soak up significant volumes of solvents, coolants, or cleaning solutions, increasing work efficiency and reducing the number of wipes needed per task.

Optimized Weight-to-Performance Ratio: At 110 GSM and 48.7g dry weight, it provides substantial absorbency without becoming overly bulky or stiff, ensuring comfortable handling and good conformity to surfaces.

Reliable Chemical Compatibility: Constructed from 100% polyester, it offers consistent performance and resistance when used with common industrial solvents like isopropyl alcohol (IPA), acetone, and aqueous cleaners.

Effective Contaminant Removal: The combination of high absorbency and a uniform fabric structure enables effective entrapment and removal of both liquid and particulate contaminants from surfaces.

Controlled Linting: Manufactured to minimize fiber shedding, helping to maintain a cleaner environment by reducing airborne particles and potential contamination transfer.