Heathrow Scientific MagWipe Magnetic KimWipe Holder for 1 Box

The Heathrow Scientific MagWipe is a magnetic holder designed to securely store a single box of KimWipes (110 x 210 mm). Constructed from durable ABS plastic in a vibrant translucent green color, it features four powerful magnets for a secure hold onto most metal surfaces, or can be mounted on non-metal surfaces using the included self-adhesive mounting plate. This practical solution helps keep your workspace organized and ensures easy access to wipes when needed.

Key Features:

• Brand: Heathrow Scientific
• Material: Durable ABS plastic
• Color: Translucent green
• Dimensions: 130 x 91 x 98 mm
• Capacity: Holds 1 box of KimWipes (110 x 210 mm)
• Mounting: Magnetic (4 magnets) or adhesive mounting plate for non-metal surfaces
• Application: Ideal for laboratory workstations to keep wipes within easy reach

Note: KimWipes box is not included.

Frequently Asked Questions

1. What is the Heathrow Scientific MagWipe Magnetic KimWipe Holder for 1 Box used for?

It is a magnetic holder designed to securely store a single box of KimWipes (110 x 210 mm). Constructed from durable ABS plastic in a vibrant translucent green color, it features four powerful magnets for a secure hold onto most metal surfaces, or can be mounted on non-metal surfaces using the included self-adhesive mounting plate. This practical solution helps keep your workspace organized and ensures easy access to wipes when needed.

2. Is this product suitable for laboratory workstations to keep wipes within easy reach?

Yes. It is designed for laboratory workstations to keep wipes within easy reach, and offers dimensions of 130 x 91 x 98 mm to support this kind of work.

3. What dimensions does this product have?

It has dimensions of 130 x 91 x 98 mm.

4. What is this product made from and what features does it include?

It is made from durable ABS plastic. It also offers translucent green, holds 1 box of KimWipes (110 x 210 mm) and magnetic (4 magnets) or adhesive mounting plate for non-metal surfaces.