Kimberly-Clark Professional Kimberly-Clark Kimtech Science Precision Wipes

Yes, these Kimberly-Clark Kimtech Science Precision Wipes are specifically designed for effective, low-lint cleaning tasks in demanding scientific and industrial environments. They are an economical solution that helps minimize particle contamination through several key features:

• Low-Lint Performance: Constructed with a 2-ply tissue material, they offer softness and absorbency while minimizing particle generation during routine general cleaning.
• Anti-Static Dispensing: The POP-UP Box features an anti-static mechanism which reduces static buildup during use, thus minimizing the redeposition of lint onto surfaces.
• Protective Coated Packaging: The packaging is coated to shield the wipes from spills, ensuring the wipes remain clean and protected until use.

This makes them ideal for use in laboratories, cleanrooms, and manufacturing areas requiring precision cleaning.

Yes, the packaging is specifically designed to protect the integrity of the wipes in scientific and industrial environments. It features two key elements:

• Coated Exterior: The POP-UP Box packaging is coated to shield the wipes from potential liquid spills and moisture exposure in the workspace.
• Anti-Static Dispensing: For enhanced protection against contamination, the POP-UP box also features anti-static dispensing. This crucial feature reduces static buildup during use, which minimizes lint redeposition and helps ensure a lower particle count for precision cleaning tasks.

Yes, these Kimtech Science Precision Wipes are engineered specifically for general, economical cleaning applications where low lint is required, such as in laboratories or controlled environments.

Their design incorporates features to actively minimize lint generation:

• Low-Lint Material: They feature a soft, absorbent 2-ply tissue construction suitable for reducing particle generation during surface cleaning.
• Anti-Static Dispensing: The POP-UP Box includes an anti-static feature that reduces lint that may occur when wipes are pulled from the dispenser.
• Protected Packaging: The packaging is coated, offering protection against accidental spills, which helps maintain the clean condition of the wipes.

Yes, these Kimtech Science Precision Wipes are engineered to be both soft and highly absorbent.

• 2-Ply Construction: They are made with a 2-ply tissue design, which ensures effective liquid absorption while remaining gentle on surfaces.
• Intended Use: This construction makes them an effective and economical choice for general cleaning tasks requiring low-lint performance in scientific or controlled environments.

The Kimtech Science Precision Wipes are available in two economical configurations. Both options feature 2-ply construction, low-lint performance, and are packaged 15 POP-UP Boxes per case for convenient, anti-static dispensing. The packaging is also coated for protection against spills.

The two available configurations are:

• Standard Count: Includes 144 sheets per box.
• Large Format: Wipes measuring 14.7” x 16.6”, with 92 sheets per box.

Yes, the Kimberly-Clark Kimtech Science Precision Wipes are packaged in a POP-UP Box featuring an anti-static dispensing mechanism.

This is a critical design element for maintaining cleanliness in scientific and industrial settings:

• Minimizes Lint Redeposition: The anti-static feature reduces static buildup as the 2-ply wipe is pulled out, helping to prevent the attraction and scattering of loose fibers.
• Ensures Precision Cleaning: This design helps ensure the wipes remain clean and effective for general low-lint cleaning tasks where minimizing particle contamination is necessary.

Yes, these Kimtech Science Precision Wipes are specifically engineered for general low-lint cleaning tasks. They provide an economical and effective solution for environments like labs and cleanrooms where minimizing particulate contamination is crucial.

Key features supporting their low-lint performance include:

• Low-Lint Tissue: Constructed with a soft, absorbent 2-ply tissue designed to minimize fiber separation.
• Anti-Static Dispensing: The convenient POP-UP Box features an anti-static mechanism that actively reduces the introduction of lint during dispensing.
• Protective Packaging: The coated packaging helps safeguard the wipes from potential spills and contamination during storage and handling.

Yes, these Kimtech Science Precision Wipes are designed with a 2-ply tissue construction.

This construction provides a beneficial combination of features for routine cleaning:

• Softness: Gentle enough for various delicate surfaces.
• Absorbency: Effective for handling liquids and general maintenance.

These wipes are an economical solution engineered for general low-lint cleaning tasks in scientific and industrial environments. They also feature anti-static dispensing from the POP-UP box to minimize static buildup and lint redeposition during use.

Yes, these Kimtech Science Precision Wipes are specifically engineered for general low-lint cleaning tasks in scientific and industrial environments. They offer an economical yet effective solution for reducing particulate contamination during routine maintenance.

Their design incorporates several features to ensure optimal low-lint performance:

• Low-Lint Material: Constructed from a 2-ply tissue material that is soft, absorbent, and designed to minimize lint transfer during wiping.
• Anti-Static Dispensing: The specialized POP-UP box features an anti-static dispensing system. This helps reduce static charge buildup as a wipe is pulled, minimizing the redeposition of airborne lint onto surfaces.
• Protective Packaging: The outer packaging is coated to shield the wipes from spills and environmental contaminants, ensuring they remain clean until use.

Yes, these Kimberly-Clark Kimtech Science Precision Wipes are specifically designed as an economical and cost-effective solution for routine, low-lint cleaning tasks.

They offer reliable 2-ply tissue performance and are suitable for general applications that require minimal particle generation.