TB 100-C PRO WOOD CHIPPER

A chipper is a machine used to reduce branches, logs and pruning waste into small pieces called wood chips. Wood chips can have several applications, including:

Mulching: Wood chips can be used as mulch in gardening and agriculture. It helps conserve soil moisture, reduce weed growth and improve soil structure.

Composting: Shredded pieces of wood can be added to compost piles to improve aeration and speed up the decomposition process.

Biomass: Wood chips can be used as a renewable energy source. It is burned in biomass power plants to produce heat and electricity.

Litter Material: In agriculture, wood chips can be used as bedding for animals, helping to keep spaces clean and absorbing moisture.

Wood Products: In some cases, wood chips can be used as raw material for the production of compressed wood products, such as particle board.

Beautification: Wood chips can be used to beautify gardens and parks, creating pathways or decorative areas.

A bio-shredder is designed to shred plant material such as leaves, small branches, grass, and garden waste. Its main purpose is to reduce the volume of green waste, making it easier to compost or dispose of. It uses rotary blades or knives to shred material into smaller pieces. It can have a knife system or a roller system, depending on the model.
II chipper, on the other hand, is designed to shred wood and branches into small pieces called “wood chips” or “chips.” It is often used for the production of mulch, biofuel, or to reduce the volume of wood waste. It is most suitable for dealing with medium and large branches, logs, and hardwood. It is not ideal for green or soft materials.
It uses blades, hammers or drums that reduce wood into smaller pieces. The result is uniformly sized wood chips.

Bioshredder waste can be used in a variety of useful ways to improve garden management and agriculture. Here are some options:

Composting: Shredded residues can be added to a compost bin to decompose them into compost an excellent organic soil conditioner that improves soil structure, increases fertility and promotes water retention.

Mulching: You can use shredded material as mulch to cover the soil around plants because it helps maintain soil moisture, reduces weed growth, protects plant roots from frost, and improves soil quality as it decomposes.

Soil enrichment: Mix shredded waste directly into the soil. Adding organic material to the soil improves its structure, aeration and water-holding capacity.

Raised beds: Use shredded material as the bottom layer in raised beds. This creates a base that will decompose over time, enriching the soil and improving drainage.

Erosion barriers: Uses waste to stabilize slopes and prevent soil erosion. Helps hold soil in place and reduce water runoff.

Biomass fuel: In some cases, shredded waste can be used as fuel for biomass stoves as a renewable energy source.

Various types of plant materials can be put into the bioshredder, as long as they are appropriate for the specific model of bioshredder being used. Here is a list of commonly accepted materials:

– Branches of trees and shrubs, usually with a diameter specified by the bioshredder manufacturer.
– Fallen leaves from trees and shrubs, which can be shredded to create compost or mulch.
– Fresh or dry grass clippings cut from the lawn.Fresh grass may tend to compact, so it is advisable to mix it with drier materials.
– Stems of herbaceous and horticultural plants, such as those of tomatoes, corn and other crops.
– Vine shoots
– Bark or pieces detached from trees.

Proper use of the bioshredder involves placing suitable plant materials, following the manufacturer’s directions and taking precautions to avoid machine damage and safety issues.
Here is a list of materials you should avoid:

– Very hard and very thick woody materials, such as those from mature oak or walnut trees that can damage the blades of the bioshredder.
– Very fibrous plant materials, such as bamboo or some tropical plants that can clog the bioshredder.
– Diseased or pest-infested plants. It is best to burn or dispose of these materials separately to prevent the spread of pathogens or pests.
– Poisonous or irritating plants such as poison ivy that can be hazardous to health during shredding.
– Non-plant materials such as plastic, metal, glass, textiles, and other non-organic materials that can damage the bioshredder and are not compostable.
– Wet or rotten or advanced decaying grass that can clog the bioshredder and create bad odors.