A5E is a hybrid polymer modified binder, formulated to meet the requirements of ATS 3110. It is designed for fatigue-resistant asphalt layers, particularly in long-life pavement structures such as deep lifts or base course layers in heavily trafficked corridors. With a carefully engineered balance of stiffness and elasticity, A5E is ideal where structural integrity and flexibility are both required.

• 🧵 Excellent rutting resistance

• 🛠️ Hybrid polymer system suitable for wide climate zones

• 🛣️ Used in long-life pavement designs, highways, and arterial networks

• ✅ Complies with ATS 3110 (A5E) classification

A10E is a heavily SBS-modified binder developed for high-stress and high-performance asphalt surfaces, including airport runways, intersections, bus lanes, and freight corridors. With a high polymer content, A10E offers superior rut resistance, elastic recovery, and long-term durability, even under frequent braking and turning.

• 💥 Designed for maximum deformation and shear resistance

• ✈️ Used in airfield pavements

• 🔄 Outstanding fatigue resistance

• ✅ ATS 3110-compliant A10E classification

A15E is a moderately modified polymer binder ideal for dense-graded and open-graded asphalt in areas of heavy traffic, such as major urban arterials, intersections, and roundabouts. It delivers a strong balance of elasticity, rutting resistance, and ease of compaction, making it one of the most widely used PMBs in Australia.

• 🛣️ Suited for high-traffic roads, intersections, and overlays

• 🧵 Delivers strong elasticity and flexibility

• 🔧 Extremely storage stable formulation

• ✅ Meets ATS 3110 A15E specification

A20E is a lightly polymer-modified binder, providing uplifted performance for residential areas and urban roads that experience higher-than-usual traffic volumes or light commercial loads. It’s an ideal choice where some polymer benefit is needed, without the stiffness or cost of a heavily modified binder.

• 🚗 Great for residential and collector roads with truck/bus traffic

• 🧱 Offers better durability than unmodified binders

• 🌡️ Performs well across moderate climate zones

• ✅ ATS 3110 A20E classification

A35P is a plastomer-modified polymer binder developed for exceptionally high resistance to rutting and deformation, particularly in areas exposed to slow-moving or static heavy loads, such as intersections, truck lanes, port access roads, and industrial facilities.

Unlike elastomer-based binders, A35P delivers high stiffness and structural integrity, helping asphalt resist consolidation and shear without excessive flow, especially in warm climates.

• 🧱 Maximum resistance to permanent deformation

• 🔥 Designed for hot climates and heavy-load conditions

• 🛣️ Suitable for SMA, DGA, and thick-lift industrial pavements

• ✅ Available to meet ATS 3110

A18R is a crumb rubber modified PMB formulated for fatigue-prone and flexible asphalt applications, particularly in regional pavements, overlay projects, or network rehabilitation. It combines strong elasticity with the environmental benefits of recycled tyre rubber, contributing to circular economy goals while enhancing pavement performance.

A18R offers a softer, more resilient binder matrix, making it suitable for areas prone to cracking or deflection, without sacrificing structural performance.

• ♻️ Incorporates recycled rubber from end-of-life tyres

• 🧵 High fatigue resistance and flexibility in overlays

• 🛣️ Ideal for regional roads and long-life rehabilitation projects

• ✅ Compliant with ATS 3110 A18R binder class

Olexobit® Ultra is Puma Bitumen’s flagship proprietary PMB, formulated using a multi-polymer blend that balances elastic recovery, stiffness, and workability. It is suitable across a wide spectrum of asphalt applications — from urban overlays to freight corridors, OGAs, and airports.

Backed by extensive R&D, long-term field trials, and independent testing, Olexobit Ultra is trusted by asset managers, contractors, and road agencies looking for reliable performance in demanding environments.

• 🔬 Optimised elasticity and stiffness for durability

• 🛠️ Works across DGA, OGA, and SMA mix designs

• ✈️ Proven in high-load and high-speed environments

• 📈 Delivers lifecycle performance improvements in maintenance planning