100 TPH Production | 1250kg Twin Shaft Mixer | RAP & SMA Ready
The Atlas ABP 100 is a high-performance stationary asphalt batching plant engineered for medium-to-large-scale projects. With its 100 tons per hour output, robust twin-shaft mixer, and advanced automation, it delivers a consistent quality mix for highways, airports, and infrastructure projects....
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Discover the advanced engineering behind our ABP Series (100) Stationary Asphalt Batch Plants
Delivers up to 100 TPH output with 1,250 kg batch size and 80 cycles per hour, ensuring continuous supply for medium-to-large scale road projects.
Twin-shaft pugmill mixer with replaceable wear liners provides uniform mixing, maintaining ±5°C temperature accuracy across batches.
Counterflow dryer drum with optimized flights and a 7 MW modulating burner ensures maximum heating efficiency and consistent aggregate quality.
PLC-based control system with real-time monitoring, auto free-fall compensation, and storage of 50+ mix designs for complete process flexibility.
Supports use of RAP with optional cold and hot recycling systems (up to 40% cold RAP and 60% hot RAP with HRC system).
Delivering reliable asphalt production solutions to over 50 countries, the ABP (100) is built to exceed expectations.

Modular container-friendly design simplifies transport and installation.

Dedicated load cells for aggregates, bitumen, and filler ensure high-precision batching.

Replaceable wear parts and heavy-duty design minimize downtime.

Cold and hot recycling options support sustainable asphalt production.
Each component of the Stationary Asphalt Batch Plants (ABP) is designed for maximum efficiency and reliability

Browse our range of products designed for exceptional performance and reliability.
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Whether you’re expanding existing facilities or starting new projects, we’re here to help you achieve optimal results. Complete the form, and our engineers will provide a customized solution within 24 hours.
The ABP 100 produces up to 100 TPH with a 1,250 kg batch size and 80 mixing cycles per hour, assuming 3% moisture and 150°C output temperature.