CC Type Elevator Bucket Overview

CC type elevator bucket is designed based on the traditional CC bucket style, offering a high-strength and high-efficiency solution for agricultural bucket elevator systems. It can be used as a direct replacement for Tapco CC series buckets in many applications.

Design Advantage

The unique side structure of the CC bucket improves material filling efficiency compared with standard deep bottom buckets. This design increases bucket capacity and allows shorter installation spacing, which helps improve overall conveying efficiency.

Applications

CC type elevator buckets are widely used in agricultural material handling systems, including:

  • Grain conveying
  • Feed processing
  • Seed handling
  • Fertilizer transport
  • Chemical and bulk material conveying

Material Options

Different materials are available to match various working conditions:

HDPE Buckets

HDPE CC buckets are suitable for general agricultural applications, including grains, feed, seeds, chemicals, sands, salts, and fertilizers. They provide good performance for free-flowing materials.

Nylon Buckets

Nylon CC buckets offer higher strength and better abrasion resistance, making them suitable for more demanding applications such as grain, soybeans, chemicals, sand, and fertilizer conveying under rough conditions.

PU Buckets

PU (urethane) CC buckets are ideal for handling abrasive and heavy-duty materials, including pelletized feed, high-fat feed, molasses-based materials, soybeans, rice, and barley. They are well suited for severe working environments.

Use advice

  • Suitable for high-speed centrifugal discharge and light bulk material lifting
  • A, B, and C sizes are shown in the below table are for HDPE material bucket size, Nylon and PU bucket sizes will increase by about 2%
  • Recommend using “(Z-Y)+5% as the usable capacity for engineering design

Technical Drawing

cc elevator bucket drawing

Specifications

Model Bucket Dimension(mm) Mounting   Holes(mm) Capacity(L)
Length
A		 Proj.
B		 Depth
C		 From   Top
D		 Hole   Centres
E		 No.   of
Holes		 Hole
diameter		 Usable   Level
(Z-Y)+10%		 Water   Level
(Z-Y)
CC5X4 140 114 108 36.5 81 2 7 0.69 0.63
CC6X4 165 114 108 36.5 111.1 2 7 0.81 0.74
CC7X4 191 114 108 36.5 68.3 3 7 0.94 0.85
CC6X5 165 140 127 42.9 111.1 2 7 1.28 1.16
CC7X5 191 140 127 42.9 68.3 3 7 1.45 1.32
CC8X5 216 140 127 42.9 77.8 3 7 1.64 1.49
CC9X5 244 142 124 42.9 92.1 3 7 1.76 1.60
CC10X5 267 140 127 42.9 104.8 3 7 2.06 1.87
CC11X5 292 140 127 42.9 76.2 4 7 2.23 2.09
CC8X6 217 168 152 50.8 77.8 3 7 2.45 2.23
CC9X6 244 172 150 50.8 92.1 3 7 2.59 2.35
CC10X6 267 169 147 50.8 104.8 3 7 2.86 2.60
CC11X6 294 171 150 50.8 76.2 4 7 3.30 3.00
CC12X6 318 170 152 50.8 85.7 4 7 3.52 3.20
CC13X6 342 174 150 50.8 92.1 4 7 3.74 3.40
CC10X7 268 200 178 55.6 104.8 3 9 4.26 3.87
CC11X7 294 200 178 55.6 76.2 4 9 4.47 4.06
CC12X7 319 200 178 55.6 85.7 4 9 4.82 4.38
CC13X7 342 201 170 55.6 92.1 4 9 4.84 4.40
CC14X7 370 200 178 55.6 76.2 5 9 5.48 4.98
CC15X7 395 200 178 55.6 82.6 5 9 6.04 5.49
CC16X7 421 200 178 55.6 73 6 9 6.33 5.75
CC12X8 319 225 200 50.8 85.7 4 9 6.73 6.12
CC13X8 344 225 200 50.8 92.1 4 9 7.29 6.63
CC14X8 370 225 196 50.8 76.2 5 9 7.85 7.14
CC16X8 418 226 202 50.8 73 6 9 9.13 8.30
CC18X8 474 232 199 50.8 79.4 6 9 11.00 10.00
CC20X8 522 235 203 50.8 88.9 6 9 12.10 11.00
CC18X10 483 292 264 57.2 79.4 6 9 15.00 16.49
CC20X10 533 292 264 57.2 88.9 6 9 16.48 18.14
CC21X10 559 292 264 57.2 90 6 9 17.30 19.04
CC22X10 584 292 264 57.2 101.6 6 9 18.12 19.94
CC23X10 610 292 264 57.2 85.7 7 9 18.94 20.84
CC24X10 635 292 264 57.2 88.9 7 9 19.78 21.76

Note: Fitting holes and hole diameter can be customized.

 

👉 Not sure which bucket fits your system?

Tell us your application or required size — we will recommend the right model within 24 hours.

 

Performance Advantage

Compared with conventional bucket designs, CC buckets improve material flow within the elevator, increasing conveying efficiency and overall system performance.

Replacement Compatibility

CC type elevator buckets can be used as an alternative to well-known designs such as Tapco CC series, providing a reliable and cost-effective replacement option.

Engineering Considerations

For optimal performance, the following factors should be considered:

  • Elevator speed
  • Bucket spacing
  • Material characteristics
  • Installation configuration

You may also be interested in

 

Looking for a reliable replacement for your CC elevator buckets?

Send us your specifications or drawings, and we’ll help you find the right solution.

Relevant Blog:

What’s the difference of D elevator cups and CC elevator cups?

Elevator Bucket Installation Hole Types

How to select the plastic bucket of the bucket elevator correctly?

What material is used for the elevator bucket?