Benefits

[Global] Benefits
[Global] Benefits

Napa cabbage

Left : Conventional 3kg
Right : BIO-HT 12kg

Root of Napa cabbage

Left : Conventional
Right : BIO-HT

Benefits on Rice

1) With robust root development, rice grows deeper and stronger.
2) Stem is thicken and strengthened. It resists falling and prevents pest damages.
3) Production increases by about 20%.
4) It’s more glutinous and tasty when cooked.
5) Fertilizer use can be reduced by 50%.

[Global] Benefits

Conventional

[Global] Benefits

Bio-HT

BIO·HT Treated

Ricw plant root
comparison

Right : Bio-HT Treated

BIO·HT 
Treated 

○  Physical Benefits

– Enhanced soil water retention

– Enhanced soil permeability

○  Chemical Benefits

– Controls soil acidification

– Neutralizes soil contamination

– Promotes photosynthesis on crops’ leaves

– Reduces harmful effects from organic decomposition (compost)

○  Biological Benefits

– Controls the growth of harmful, anaerobic microorganisms in soil
(Increases aerobic microorganism breeding density)

– Increases mineral (good enzymatic nutrients) in soil

– Resist drought and withering

Benefits on Crops Production

CROPS BENEFITS
Agave Sugar cane Watermelon
  1. Average 20~30% increase
  2. Reduced pesticide use
  3. Extended storage life
  4. Higher sugar content
Strawberry
  1. Average 20~30% increase
  2. Reduced pesticide use
  3. Extended storage life
  4. Higher sugar content
Grape
  1. Reduced falling
  2. Higher sugar content
  3. Evident increase in freshness and size
Rice
  1. Average 20~30% Increase
  2. Reduced pesticide use
  3. Less pest damage
  4. Better taste
Lettuce and other leaf vegetables

Use of BIO-HT after crops are transferred from seedbeds to field improve leaves growth

Grass

Grass spreads faster and denser with longer roots.

Benefits on Crops Production

Types and Fertilization Direction

○ To fertilize before planting crops:

1. Mix BIO-HT with other fermented compost (BIO-HT 3kg/1000m2) and spread on the field.
2. Perform rotary tilling.

○ Foliar feeding after diluting with water:

Dilute it with water at a certain ratio and apply it onto the leaves and roots.
Dilution Ratio : 100g of the Product + 200 liters of Water
Application : 200 Liters per 1,000㎡

○  Crops :

Wheat, Rice, Corn, Beans, and others – After transplant, during specialization, during high temperature and humidity, or disease epidemic, 3~4 times

○  Fruits  :

Before and after pruning, after blooming, during fruiting, during high temperature and humidity or disease epidemic 5~10 times

○  Vegetables :

After transplant, during fruiting, during high temperature and humidity or disease epidemic, 5~10 times

○  Brassicas :

After transplant or during early development, during heading, during high temperature and humidity or disease epidemic, 5~7 times

○  Root vegetables :

After transplant or during early development, during taproot and root tuber development, during high temperature and humidity or disease epidemic, 5~10 times.

○  Grass  :

After transplant, during root development, and with high nutrients, water, temperature and humidity, 5~7 times.

Mix BIO-HT with other fermented compost (BIO-HT 3kg/1,000m2) and spread on the field. Perform rotary tilling.

Contact Us

We're not around right now. But you can send us an email and we'll get back to you, asap.

Not readable? Change text. captcha txt