Moving The Earth For You Since 1984

Stock Code:
9156ML

SIEVE RAKE BUCKET T/S VERMEER [1050mm O/A]

Description

SIEVE RAKE BUCKET T/S VERMEER [1050mm O/A]

Product Specifications

• The sieve bucket is designed to screen materials quickly and efficiently. The spacings in the bucket allow smaller materials to fall through while retaining larger materials.
• Sieve buckets are versatile and can be used for a variety of applications, including landscaping, agriculture, and construction.
• Using a sieve bucket can be a cost-effective solution for screening and sorting materials.
• With a sieve bucket, you can reduce waste by retaining larger materials and sorting out the smaller ones.
• Protruding tines allow the operator to disrupt the surface and flick any half-buried objects into the bucket.

Downloads

Customer Reviews and Ratings

No Reviews

Be the first to review this product!

 


WHAT IS AN EXCAVATOR SIEVE BUCKET?

Sieve buckets for excavators are a type of skeleton bucket designed to separate different materials from the earth. They are used for various applications such as demolition, landscaping, mining, and construction. Excavator sieve buckets have a series of ribs or bars that form gaps or openings between them. These gaps allow smaller materials such as soil, topsoil, and debris to fall through, while larger materials such as rocks, bricks, and concrete are retained in the bucket.

One of the main advantages of an excavator screening bucket is that they can reduce the amount of waste and increase the efficiency of the work. By separating the unwanted materials from the desired ones, excavator sieve buckets can save time and money on transporting and disposing of the waste. They can also improve the quality and productivity of the work by providing cleaner and more uniform materials for further processing or use.

Excavator sieve buckets come in different sizes and shapes to suit different types of excavators. Some of the factors that affect the choice of excavator sieve buckets are:

  • The size and capacity of the bucket: This depends on the size and power of the excavator and the volume and weight of the materials to be handled. Larger buckets can handle more materials, but they also require more force and fuel to operate.
  • The size and shape of the gaps or openings: This determines the size of the materials that can pass through or be retained in the bucket. Smaller gaps can filter out finer materials, but they also reduce the flow rate and increase the risk of clogging. Larger gaps can allow more materials to pass through, but they also reduce the accuracy and quality of the separation.
  • The type and number of ribs or bars: This affects the strength and durability of the bucket. More ribs or bars can provide more support and stability to the bucket, but they also add more weight and cost to the bucket. Less ribs or bars can reduce the weight and cost of the bucket, but they also compromise its strength and durability.
  • The type and quality of the material used for the bucket: This influences the performance and lifespan of the bucket. High-quality materials such as steel or iron can withstand more wear and tear and resist corrosion, but they also increase the price and maintenance of the bucket. Low-quality materials such as plastic or wood can lower the price and maintenance of the bucket, but they also degrade faster and break easier.

Some excavator sieve buckets have additional features that enhance their functionality and versatility. For example: 

  • Custom rib spacing: This allows users to adjust the size and shape of the gaps or openings according to their needs and preferences. Custom rib spacing can provide more flexibility and control over the separation process.
  • Heavy duty design: This makes the bucket more robust and reliable for handling tough and abrasive materials. A heavy duty design can increase the longevity and performance of the bucket.
  • Reversible bolt on edge: This enables users to flip over or replace the edge of the bucket when it becomes worn or damaged, which can extend the life and usability of the bucket.

Teeth: These are sharp projections that help dig, scoop, or break up hard or compacted materials. Teeth can improve the efficiency and effectiveness of the bucket.