Milk Tank Trucks

Explore Milk Tank Trucks Frame/Components

The main frame and components of a milk tank truck include the following:

1. Frame

Chassis: The chassis provides the basic support and structure for the milk tank truck.

Suspension System: It is responsible for reducing the impact and vibration during driving, ensuring a smooth ride.

2. Tank

Tank Body: The tank body is usually made of food-grade stainless steel to ensure the hygiene and safety of the milk.

Insulation Layer: Its main function is to maintain the temperature of the milk, preventing the milk from deteriorating due to temperature changes.

Outer Layer (Insulation Layer Protector): The outer layer of the tank is a protective layer for the insulation layer, which is usually made of 2mm thick 304L stainless steel.

3. Temperature Control System

Refrigeration Unit: The refrigeration unit can cool the milk to the required temperature, ensuring its freshness and quality.

Temperature Sensor and Controller: Temperature sensors are installed inside the tank to monitor the temperature of the milk in real time.

4. Pumping and Loading/Unloading System

Pump: The pump is used to transfer the milk between the milk tank truck and the storage tank at the milk source or the receiving facility.

Hoses and Couplings: Hoses and couplings are used to connect the milk tank truck with the storage tank.

5. Cleaning System

CIP (Clean-In-Place) System: It can automatically clean the interior of the tank without disassembling the tank, saving time and labor.

Cleaning Nozzles: Cleaning nozzles are installed inside the tank to ensure that the cleaning solution can reach every corner of the tank, achieving thorough cleaning.

6. Safety Devices

Vent Valve: The vent valve is set on the top of the tank to automatically adjust the pressure inside the tank, reducing the evaporation loss of the liquid and preventing the tank from deforming due to positive or negative pressure.

Static Grounding Disk: To prevent electrostatic sparks from causing accidents, a static grounding disk is installed on the milk tank truck to discharge static electricity.

Fire Shield: A fire shield is added to prevent unexpected traffic accidents caused by static electricity or sparks.

How to Choose the Right Milk Tank Trucks

When choosing the right milk tank trucks, the following factors need to be considered:

1. Capacity

The capacity of the milk tank truck should match your transportation needs.

2. Material and Construction Quality of the Tank

The tank is usually made of stainless steel. High-quality stainless steel (such as 304 or 316L stainless steel) is preferred as it is corrosion-resistant, which is crucial for maintaining the purity and quality of milk.

3. Temperature Control System

Milk needs to be transported at a specific temperature range (usually around 2 - 4°C) to maintain its freshness and quality. A good milk tank truck should be equipped with an efficient refrigeration unit. The refrigeration system should have accurate temperature sensors and controls to ensure that the temperature inside the tank remains stable.

4. Hygiene and Sanitation Features

Easy-to-clean design is essential. The tank should have manholes and access points that allow for thorough cleaning of the interior.

5. Pumping and Loading/Unloading Systems

The pumping system should be able to transfer milk quickly and efficiently. The pump should have the appropriate flow rate and pressure to handle the viscosity of milk. Loading and unloading systems should be designed to be compatible with the dairy farm's storage tanks and the receiving facility's infrastructure.

6. Mobility and Vehicle Specifications

Consider the power and performance of the truck's chassis. A powerful engine is needed to handle the weight of the full milk tank and to ensure reliable transportation, especially in hilly or difficult terrains.

7. Compliance with Regulations

The milk tank truck must comply with local and national transportation, food safety, and environmental regulations.

8. Cost and Maintenance

A truck with a more reliable and durable construction and components may have a higher initial cost but could save you money in the long run through reduced repair and replacement costs. Spare parts availability and the ease of maintenance (such as how accessible the engine and other key components are for servicing) are also important factors to consider.