US $

Technical Specifications

MaterialDiatom Mud Fabric (Unnapped Woven)
Backing MaterialPolyvinyl Chloride (PVC)
Thickness4mm (0.2 in)
ManufacturingMachine Made, Digital Printing
Care MethodHand Wash Only
Key PropertiesAnti-slip, Water/Oil Absorbent

Care & Maintenance

Hand wash gently using mild soap and water to preserve the absorbent properties.

Avoid machine washing, as the agitator can damage the PVC backing and diatom surface.

Lay flat in a well-ventilated area to allow the mat to air dry completely after cleaning.

Common Questions

Will this retro striped bath mat fit under a bathroom door that sits close to the floor?

Yes — the mat has a low-profile 4mm (0.2 in) thickness, allowing it to clear standard interior doors without snagging or curling.

Can I clean this in the washing machine if it gets dirty?

No — the material requires hand washing, as machine cycles will damage the PVC backing and the integrity of the diatom mud surface.

Is this mat safe to use on wet bathroom tile?

Yes — the backing is composed of Polyvinyl Chloride (PVC), a material designed to grip slick surfaces and prevent sliding.

Can I use this mat in the kitchen near a sink?

Yes — it is naturally oil and water absorbent, making it effective for high-traffic kitchen zones while providing a 4mm (0.2 in) cushion.

Styling & Decor Suggestions

Under a floating bathroom vanity: The retro stripes provide a graphic anchor for the space. — Pair with a bright, wavy mirror to lean into a vibrant Dopamine Decor aesthetic.

In front of a compact kitchen sink: The functional fabric manages splashes in narrow galley kitchens. — Choose a stripe color that complements your existing cabinetry to ground the room.

As a balcony entryway mat: The quick-drying surface efficiently captures debris from wet shoes. — Place it horizontally to create a clean, defined transition zone between indoors and outdoors.

Best avoided layered over existing plush rugs: The PVC backing is engineered to grip hard, flat floors. — Placing it on top of a soft rug creates an unstable, uneven surface that is a safety hazard.