Purr Haven Tapioca Cat Litter delivers a plant-based, food-grade safe formula that keeps your home smelling fresh. Made from tapioca starch, corn starch, and seaweed extract, this natural cat litter provides dual deodorization using bioenzymatic factors — no harsh fragrances or industrial additives required.

Each carton contains 6 sealed packs of 2.5kg, giving you 15kg total of premium clumping litter that is free from chemical binders, baking soda, formaldehyde emissions, and quicklime. The sodium alginate derived from brown seaweed actively adsorbs odor molecules including ammonia, hydrogen sulfide, and volatile organic compounds.

Available in a bulk 10-carton value pack, this litter is ideal for multi-cat households looking for a healthier, greener alternative to conventional mineral-based litters. Safe if accidentally ingested, making it a worry-free choice for curious feline family members.

Protecting Every Journey of Life with Nature

01 Brand Philosophy - Function Contributes to Health

Commitment to Natural Ingredients

We always insist on using the greenest, most natural, and healthiest ingredients to produce premium cat litter.

Brand Promise

Our brand promises that all products in our range are free from any chemical binders, fragrances, baking soda, formaldehyde emissions, and quicklime!

02 Product Introduction - Tapioca Cat Litter

Main Ingredients

Tapioca starch, corn starch, seaweed extract.

Product Features

• Made from plant-based materials, food-grade level, safe if ingested.
• Dual deodorization with seaweed extract and bioenzymatic factors, keeping the air fresh.
• No industrial additives, free from fragrances, purely green and healthy.

03 Deodorizing Core - Sodium Alginate

Source

Sodium alginate is a natural polysaccharide derived from alginic acid found in the cell walls of brown seaweed. Sourced from marine plants, it has excellent biocompatibility, biodegradability, and gel-forming abilities.

Deodorizing Principle

Sodium alginate has high hydrophilicity and a large specific surface area. Its adsorption and deodorizing properties are mainly related to the carboxyl, hydroxyl, and ether bonds in its structure. These functional groups provide active sites for interaction with target substances, enabling it to effectively adsorb odor molecules in the air, including volatile organic compounds (VOCs), ammonia, hydrogen sulfide, and other common sources of unpleasant odors, thereby achieving deodorizing effects.