Potting Media 松鳞 Pine Bark 彩色陶粒 Multicolor Ceramsite Red Lava Rock 火山岩 Vermiculite 蛭石 浮石 Pumice 珍珠岩 Perlite 赤玉土 Akadama

🪨Why PINE BARK?

• Keeps the soil moist and moderates soil temperature

• Reduces weeds by preventing seeds from sprouting.

• Gradually decomposes and adds humus to soil giving it a loose and crumbly texture.

🪨Why Ceramsite?

 Create drainage layer of the flower pot

 A layer of ceramsite on the surface can slow the evaporation of water. Soil moisture can be retained.

 Aesthetics

🪨Why Multicolor Ceramsite?

• It is a good gravel ornament for your garden, yard garden walkway or aquarium fish tank.

• Decorative and smooth stones add color.

• It can be used for decorative aquarium fish tank and pet habitat decoration, indoors and outdoors, home decoration, dried flower cuttings, etc .

🪨Why Lava Rock?

• Lightweight and ideal as mulch

• Allow better drainage

• Prevent soil erosion

• Slows down evaporation from the soil

• Low maintenance – does not disintegrate or decompose. It lasts a very long time and requires almost no maintenance

🪨Why Vermiculite?

 improves moisture and nutrient retention.

 promote better aeration and root growth

 Enhances water retention and nutrient exchange in soil.

 promote faster seeding and transplant root growth.

🪨Why Maifaniitum?

 Good amendment material

 Create more aeration in potting mix

 Good for potting plant mulching

 Suitable for succulents & small plants

🪨Why Pumice?

 100% organic

 Create excellent drainage

 Reduces water runoff and fertilization by increasing soil absorption in sandy soils.

 Improves aeration and stimulates the growth of mycorrhizae.

 Regulates moisture and preserves water

🪨Why Perlite?

 High water retention and breathability.

 Helps to control fertilizer efficiency and fertility.

 Promotes the growth and development of the fibrous root system of the plant

 Non-toxic and harmless

🪨Why Akadama?

 high permeability,

 no harmful bacteria

 slightly acidic, which is very conducive to the volatilization of effluent and accumulated water.