MicroCare MultiTasking Electronic Cleaning Wipes Refill, 70% Isopropyl Alcohol, 5" x 8" - 100 Wipes/Bag

The MicroCare MultiTasking Electronics Cleaner Presaturated Wipes Refill provides fast, effective, and safe cleaning in nearly any production environment. These refill wipes reduce costs and help protect the environment by reducing waste and encouraging the re-use of packaging. Each heavy-duty, lint-free wipe is saturated with a high-purity blend of 70% isopropyl alcohol and 30% deionized water, making them ideal for cleaning electronics, medical devices, SMT stencils, tools, workbenches, production machinery, and other surfaces requiring hygienic-grade cleanliness.

These versatile wipes remove most solder pastes, including those commonly found on SMT stencils. They're also effective against organic and ionic residues, light oils, uncured epoxies, and other contaminants often found in the manufacturing of medical and electronic devices. Their excellent material compatibility makes them safe and easy to use across a wide range of surfaces.

Features:

• Money-saving refill wipes reduce costs and help protect the environment
• Saturated with 70% high-purity IPA and 30% deionized water
• Removes solder paste, flux residues, fingerprints, uncured epoxy, light oils, and grease
• Heavy-duty, shred-proof wipes
• ESD-safe
• REACH, RoHS & WEEE compliant
• Unlimited shelf life

Specifications and Cleaning Data:

• 5" x 8" (127mm x 203.2mm) lint-free wipes; 100 wipes per bag
• Boiling Point: 180°F (82°C)
• Chemical Family: Water & Alcohol
• Cleaning Strength (KB Value): 25 (est.)
• Evaporation Rate: Slow
• Odor: Slight, alcohol-like
• Percent Volatile: 100%
• Specific Gravity: 0.87 g/mL

Applications:

• Electronics
• Medical Devices
• SMT Stencils
• Tools
• Workbenches
• Production Machinery
• Surfaces Requiring Hygienic-grade Cleanliness

Health, Safety and Environment Data:

• Flammable: Yes
• Flashpoint: 54°F (12°C)
• REACH, RoHS & WEEE compliant
• US EPA SNAP approved

See the datasheet for more info, including technical data.