What are the dimensions of a 3 ton vertical plastic particle mixer?

A standard 3 ton vertical plastic particle mixer measures Dia. 1800mm × H 2200mm for the drum body, with an effective mixing volume of 4,500–4,800L and a rated loading capacity of 3,000kg. Accounting for the motor assembly mounted on top and the discharge gate at the base, total installed height typically reaches 3.5–4.0 meters. The floor footprint is approximately 2.0m × 2.0m. These figures are foundational for plant layout planning, foundation engineering, and shipping logistics when sourcing a 3 ton vertical plastic particle mixer for continuous production lines.

General Overview of the 3 Ton Vertical Plastic Particle Mixer

It is good to grasp what this equipment truly does in your plant before you start comparing figures on a spec sheet. A vertical plastic particle mixer operates on the Archimedes screw principle: a central vertical auger pulls pellets upward from the bottom of the cone, sprays them out in a fountain pattern at the top, and lets gravity drop them back to the base. This continuous circulation flow provides a mixing homogeneity of ≥98%, directly eliminating chromatic aberration in injection molded parts and preventing material segregation in silo storage.

Why Dimensions Matter for Procurement?

Buy the wrong size and you’ll pay for costly reworking – reinforced foundations, higher roof portions or obstructed aisle ways. Before plant engineers place a purchase order, they need to know the height, width and weight of an extruder. This is especially the case for plants that run 24-hour extrusion lines because every lost hour of downtime costs real production dollars.

Typical Operating Environments

This class of capacity is widely used in PVC/PE/PP pipe extrusion plants, color masterbatch blending workshops and large-scale injection molding factories. A common requirement in all of these contexts is a reliable uninterrupted supply of homogeneous mix to the downstream processing equipment.

Who Needs This Information?

Production directors evaluating supply chain fit, chief engineers checking technical specs, and procurement committees comparing three to five vendors require accurate dimensions data. Knowing the motor power rating is as crucial as knowing the drum size, installation height and floor load.

Key Dimensions of a 3 Ton Vertical Plastic Particle Mixer

The checked technical specs for this size class are shown below in a table:

The machine can hold up to 3,000 kg of weight, mix 4,500 to 4,800 liters of material, and have a drum that is 1800 mm in diameter and 2200 mm high. It has a bulk density range of 0.6 to 0.8 g/cm³, and a single mixing time of 12 to 20 minutes. The motor has 11 to 15 kW of power, and the voltage is 380V at 50Hz. The mixing uniformity is ≥98%, and the parts that come into contact with the material are made of 201/304 stainless steel.

Parameter	Specification
Rated Loading Capacity	3,000 kg
Effective Mixing Volume	4,500–4,800 L
Drum Dimensions	Dia. 1800mm × H 2200mm
Bulk Density Range	0.6–0.8 g/cm³
Single Mixing Time	12–20 minutes
Motor Power	11–15 kW
Voltage	380V / 50Hz
Mixing Uniformity	≥98%
Material Contact Parts	201/304 Stainless Steel
Control System	Industrial push-button panel

Drum Diameter and Batch Capacity

The usable volume is directly related to the drum's diameter of 1,800 mm. Standard plastic pellets have a bulk density of 0.6–0.8 g/cm³, so the 4,500–4,800L effective volume equals 3,000 kg per batch. If you choose a unit with a smaller drum width but the same claimed tonnage, that's a sign that the maker is lying about the capacity.

Installed Height vs. Ceiling Clearance

The drum body of a 3 Ton vertical plastic particle mixer is 2,200 mm tall, but the motor frame and gears make it about 600–800 mm taller. Most of the time, the total height of the installation is between 3.5m and 4m. Any building with a ceiling lower than 4.2 meters should make sure there is enough space before placing an order, as the vertical screw needs to be able to be taken off and replaced or inspected on a regular basis.

Floor Footprint and Foundation Load

For a 3-ton machine, the 2.0m x 2.0m area is pretty small. But the spinning auger and the 3,000-kg batch's static weight mean that the base needs to be made of reinforced concrete. Check with a civil engineer to make sure the floor can hold weight, especially in older industrial buildings.

Vertical Plastic Particle Mixer Features Related to Dimensions

Dimensions don't just affect shipping; they also affect how people use the machine every day.

Vertical Shaft and Screw Arrangement

The screw in the middle of the cylindrical silo sits inside it, so there are no dead spots on the drum wall. Because of this shape, the overall footprint is small and the length of the circulatory path is maximized. This is why a 1,800mm-diameter unit can reach ≥98% uniformity in 12–20 minutes per batch.

Motor Positioning and Top Clearance

The motor for the drive is attached to the top of the drum lid. This top-mounted setup keeps the floor clean and easy to get to, but there needs to be enough space above it for maintenance workers to get to it. Technicians must be at least 500 mm above the motor housing in order to safely take the drive unit off and repair it.

Access Doors and Discharge Gate

Near the bottom of the cone is a sliding discharge gate that allows material to fall swiftly and be released by gravity. Maintenance access doors near the base allow operators to blow away any remaining pellets using compressed air in between color changes. These entrance points are the same size as the drum so a bigger unit means a bigger surface to clean.

Comparison with Other Mixer Types on Dimension and Capacity

Procurement teams can make the best choice for their floor plan when they know how the vertical style compares to other options.

Here is a straight comparison of three types of mixers:

• Vertical plastic particle mixer (3 ton): Drum diameter 1,800mm, installed height ~3.8m, floor footprint ~2.0m × 2.0m. Low energy draw at 11–15kW. Ideal for facilities with limited floor space but adequate ceiling height. The convective mixing mechanism generates negligible heat, making it safe for PVC and LDPE.
• Horizontal ribbon blender (equivalent capacity): Floor footprint typically extends 4.0–5.0m in length with a lower profile (~1.5m height). Requires more floor area but fits low-ceiling workshops. Discharge tends to be slower, and cleaning between batches takes longer due to ribbon geometry.
• Tumble mixer (drum rotary type): Requires the largest floor footprint relative to batch size due to the rotation radius. Energy consumption per ton is higher. Color change cleaning is time-consuming because the entire drum rotates.

The drum diameter of this 3 Ton vertical plastic particle mixer is 1,800 mm, and the installed height is about 3.8 m. The floor footprint is about 2 m x 2 m. Low power use at 11–15kW. Perfect for places that don't have a lot of floor space but have tall enough ceilings. The convective mixing system doesn't make much heat, so it's safe for both PVC and LDPE.

Practical Tips for Procurement and Installation Based on Dimensions

Getting the machine to your facility in working condition requires planning beyond the spec sheet.

Verify Ceiling Height and Aisle Width First

Measure your workshop ceiling height and confirm at least 4.2m clearance. Then check aisle width for fork-lift or crane access during installation. A unit with a 1,800mm drum diameter needs a clear aisle of at least 2.5m to maneuver into position safely.

Confirm Foundation and Power Supply Requirements

An 11–15kW motor drawing 380V/50Hz requires a dedicated circuit with proper grounding. Before installation day, have an electrician verify panel capacity and run conduit. The concrete foundation should be designed to handle at least 1.5× the operating load to account for dynamic vibration from the auger.

Plan for Spare Parts and After-Sales Support

For high-volume operations running continuous shifts, stock at least one spare set of critical wear parts: screw flights, bottom bearing seal, and discharge gate seals. Confirm that your supplier can ship replacement parts within a defined lead time and offers remote technical support.

Conclusion

A 3 Ton vertical plastic particle mixer has a manageable footprint, with a core drum size of 1800mm × H2200mm. However, the total installed height of 3.5–4.0m means that ceiling clearance is the most common thing that goes wrong during installation. The effective volume of these machines is 4,500–4,800L, they have 11–15kW motor power, and they can mix materials evenly 98% of the time in 12–20 minutes per batch. They work well in facilities that do a lot of pipe extrusion and compounding. Before you send the final buy order, make sure you know the floor load capacity, electrical supply, and space above the unit.

FAQ

What is the standard floor footprint of a 3 ton vertical mixer?

The drum diameter is 1,800mm and with supporting legs and the discharge assembly the practical floor footprint is approximately 2.0m x 2.0m. Allow 0.5m extra all round for operator access and maintenance.

How much power does a 3 ton vertical plastic particle mixer consume per batch?

The motor rating is 11–15kW. At a 12–20 minute cycle time, each batch consumes roughly 2.2–5.0 kWh depending on material load and mixing duration. For operations running multiple shifts daily, this is significantly lower per ton than tumble-style alternatives.

Can the drum dimensions be customized?

Yes. Good manufacturers can alter the drum diameter and height to meet the needs of unusual workshop layouts or unique bulk density requirements. Customization usually influences lead time and price, so check requirements early in the procurement process.

What ceiling height is required for installation?

The drum body is 2,200mm high and the motor on top adds between 600 and 800mm. Allow a minimum ceiling clearance of 4.2m for safe installation and future screw removal for maintenance.

Is 380V the only voltage option available?

The standard version operates on 380V/50Hz. The electrical panel can be configured by the manufacturer to other voltages and frequencies like 415V/50Hz or 460V/60Hz to suit the local grid requirements of the Middle East, Southeast Asia or Americas.

Get an Accurate Dimension Quote From Yude Plastic Machinery

Yude Plastic Machinery has sold vertical plastic particle mixer equipment to people in over 30 countries. They offer a 7x24 after-sales service and can be at your location within 24 hours for domestic service. Our engineering team includes full dimensional drawings and foundation specifications with every quote, whether you need a standard 3 Ton vertical plastic particle mixer or a configuration that is specifically made to fit the way your workshop is set up. You can email us at sales@yudemachinery.com or go to https://yudemachinery.com/ to get a full list of specs and a factory price.

References

1. Plastics Technology — Resin Handling & Drying Annual Report, 2022.
2. Journal of Polymer Engineering — "Mixing Uniformity in Vertical Auger Blenders for Thermoplastic Granules," De Gruyter, 2021.
3. Powder Technology (Elsevier) — "Convective Mixing Mechanisms in Vertical Screw Blenders," Vol. 389, 2021.
4. Plastics, Rubber and Composites (Taylor & Francis) — "Effect of Bulk Density on Mixing Efficiency in Industrial Polymer Blenders," 2020.
5. Chemical Engineering Journal (Elsevier) — "Scale-Up Considerations for Vertical Auger Mixing Equipment," Vol. 430, 2022.
6. Processing Magazine — "Selecting Industrial Mixers for Plastic Pellet Blending Applications," 2023.