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Tofu and Bentonite Mixed Cat Litter

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       Features

  • Strong Comprehensive performance

Mixed cat litter combines the water-absorbing and clumping properties of bentonite with the environmentally friendly features of tofu sand. It can quickly absorb urine and form stable clumps, while reducing dust problems. Experimental data show that it has high agglomeration strength and low usage, making it suitable for daily cleaning.

  • Outstanding deodorizing effect

Due to the addition of bentonite or activated carbon components, mixed cat litter can effectively lock in odors. It can also reduce the spread of odors through physical adsorption and chemical decomposition, performing better than pure tofu cat litter.

  • Dust control optimization

Compared with pure bentonite cat litter, the dust content of mixed cat litter is significantly reduced, and the powder content and powdering rate are less than 0.5%, making it more suitable for cats or families that are sensitive to dust

  • High quality-price ratio

Combining the advantages of natural materials and mineral sand, its price is lower than that of high-end pure tofu cat litter, but its performance is superior to that of traditional bentonite cat litter made of a single material.

      Recommended Mixing Ratio

  • The mainstream mixing ratio 7:3Tofu : Bentonite

70% tofu sand combined with 30% bentonite is a relatively common and scientific ratio in the market. It can not only ensure the compactness of the lumps but also control the amount of dust and carry-out

  • Bentonite sand fills the gaps between tofu particles and forms hard lumps within 3 seconds after absorbing water.
  • The proportion of bentonite not exceed 30% can avoid long-term dust accumulation.
  • Other applicable ratios
  • 1:1 or 2:1 (Tofu : Bentonite): Suitable for multi-cat households or scenarios with high deodorization requirements, but note that excessive bentonite may increase the risk of dust.
  • 2:1 (Tofu : Bentonite): With emphasis on environmental protection and toilet flushing requirements.

 Tofu and Cassava Mixed Cat Litter

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         Features

 The problem of sticking to the bottom has improved significantly

Cassava litter clumps hard and does not stick easily, making up for tofu litter's tendency to stick to the bottom, leaving less residue on the bottom and sides of the litter box after mixing.

  •  Clump firmly and save sand

Cassava litter absorbs water quickly to form a hard clump, tofu combined with cassava can fill the gaps, which improves the clumping efficiency, makes the urine clump less likely to loosen, and saves overall usage.

  •  Dust control optimization

High-quality mixed sand is treated through multiple dust removal processes, with a lower dust content than single cassava sand, reducing irritation to cats' respiratory tracts.

  • Compatible with environmental protection and flushable features

Tofu sand itself is soluble in water, and when mixed with less than 30% cassava sand, it can still be flushed into the toilet in small amounts (needs to be processed in batches), which is also very convenient.

  • Reduce costs

Reduces the high cost of pure cassava, but the user experience of the strong clumping properties of cassava litter is still maintained.

      Recommended Mixing Ratio

  • ‌Golden ratio: 7:3 (Tofu : Cassava)
  • At this ratio, the clumps are compact, the bottom adhesion rate is low, and due to the high density, cassava litter settles at the bottom, reducing the risk of being carried out.
  • Experiments show that when tofu cat litter is mixed with 30% cassava sand, the water absorption rate and clumping strength are the best, and the urine clumps form within 3 seconds.
  • Other applicable ratios
  • High deodorization demand: 6:4(Tofu : Cassava)

Appropriately increasing the proportion of cassava sand can enhance the ability to adsorb odors.

  • Give priority to the performance of flushable toilets: 8:2(Tofu : Cassava)

Reduce the proportion of cassava litter (below 20%) to lower the risk of pipe blockage, but at the cost of sacrificing some of the agglomeration strength.

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