These pads are made with non-toxic, biodegradable inks for a clean application.

Innovative cork material that absorbs ink while adding texture to your workspace.

Premium wool paper that absorbs ink while ensuring eco-friendly sourcing.

Biodegradable blotting paper made from plant materials, perfect for environmentally conscious artists.

FSC-certified blotting sheets that quickly dry up ink and promote green practices.

These sheets are compostable, allowing for a quick and easy disposal solution.

Innovative blotters made from grass pulp, offering a unique texture and high absorbency.

Soft felt pads that efficiently absorb ink and are made from recycled materials.

Made from various plant fibers, these sheets enhance ink or paint absorption naturally.

This blotter is made from natural hemp fibers, known for their absorbency and strength.

Tough and durable, these blotters made from sisal are perfect for heavy use.

Crafted from 100% recycled paper, these sheets provide an eco-friendly option for ink blotting.

These absorbers are crafted from recycled cotton t-shirts, making them both effective and sustainable.

A roll of eco-friendly blotting material made from reclaimed textile waste.

Soft cotton pads that soak up ink while being gentle on delicate paper surfaces.

Utilizes eco-friendly soybean oil-based inks to minimize the environmental impact.

Rolls of blotting material that balance performance with environmental responsibility.

Standard blotting paper that can be recycled, contributing to a circular economy.

Sturdy and absorbent, this card is made entirely from renewable resources.

Durable blotters that utilize jute fibers, adding natural aesthetics to your art supplies.

Utilizes textile industry cotton waste to create this eco-conscious blotting choice.

Infused with herbal extracts, these blotters provide a unique smell and natural properties.

These pads utilize latex from rubber trees, promoting sustainability during production.

Handmade from mulberry bark, this unique paper is both beautiful and functional.