A qualified asphalt mixing plant mainly consists of 12 major systems working together to complete the entire process from cold aggregate feeding to finished asphalt mixture production.

Choosing the right asphalt plant is crucial for your project’s success. The decision between a mobile or stationary setup depends on four key factors: usage pattern, working scenario, site area, and production scale.

Mobile Asphalt Plant Installation & Commissioning Service

I. Methods and Principles of Warm Mix Agent Addition
Warm mix agent (WMA) is an additive used to lower the construction temperature of asphalt mixtures. Its core function is to reduce the viscosity of asphalt through physical or chemical means, allowing mixing and paving at lower temperatures (typically 20-30°C lower than hot mix asphalt). Depending on the method of addition, it can be divided into two categories:
1. Direct addition to asphalt: The warm mix agent is added before or during asphalt heating and then mixed into the asphalt. For example, organic viscosity-reducing warm mix agents (such as Fischer-Tropsch wax) must be mixed with asphalt at 160-170°C (see “Technical Specifications for Highway Asphalt Pavement Construction” JTG F40-2004).
2. Even mixing: The warm mix agent is added simultaneously with the asphalt mixing stage. This is commonly used in foaming warm mix technologies (such as water-based Asphalt-Min) and requires specialized equipment to achieve uniform dispersion within the mixing silo. II. Comparison of the Two Methods and Recommended Selection

The viscosity of the bitimen melter equipment decreases as the temperature increases during the production process. Its output viscosity is about twice as high as every 12°C increase. During production, the base bitimen melter equipment must first be heated to a liquid state and then emulsified. In order to better integrate the emulsification ability of colloid milling, the viscosity of base bitimen melter is generally controlled to be about 200 cst. The lower the temperature, the higher the viscosity, which increases the pressure on the bitimen melter pump and colloid milling, making emulsification impossible: However, on the other hand, in order to prevent the asphalt debarrel equipment from weaning when the moisture of th