AU
Global Site
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Smart City AU04+
Innovative urban bus tyre for high mileage in stop-and-go traffic
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Urban
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Best choice for urban transport
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Pattern design
Optimised pattern for urban service.
Shoulder rib
Optimised shoulder rib width, removed tread shoulder lug and sipe.
→ Improved handling and driving stability performance.
→ Prevents shoulder edge chip-cut & irregular wear.
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Conventional
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AU04+
3-Dimensional Sipe
Inner block, three dimensional wave in X, Y, and Z directions.
→ Improves traction, handling and mileage performance by increased block stiffness.
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Conventional
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AU04+
Multi-zigzag groove
Amended zigzag grooves together with an optimal block arrangement provide an improved traction performance.
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Conventional
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AU04+
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Pattern design
Optimized pattern for urban service
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Tyre structure
Belt structure: Minimised motion of belt for low heat generation.
Carcass structure: Minimised tyre deformation with optimised foot shape offers control on uneven surfaces.
Improved bead: Minimum bead mobility for maximum retreadability..jpg)
Belt structure: Minimised motion of belt for low heat generation.
Carcass structure: Minimised tyre deformation with optimised foot shape offers control on uneven surfaces.
Improved bead: Minimum bead mobility for maximum retreadability. -
New bead compound
New compound for improved retreadability. Greatly improved creep performance and heat aging resistance. → Decreased bead crack. Adoption of new bead compound offers extreme thermal deformation resistance → Improved retreadability and tire lifecycle.
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New compound for improved retreadability. Greatly improved creep performance and heat aging resistance. → Decreased bead crack. Adoption of new bead compound offers extreme thermal deformation resistance → Improved retreadability and tire lifecycle.
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Innovative Mixing System (IMS)
Innovative Mixing System (IMS) minimises the breakdown and oxidation of polymer chains and has a higher dispersion degree of carbon black. The effects of IMS help to strengthen the bonding force between the carbon black and rubber to ensure longer mileage and to lower the heat generation of compounds for improved fuel efficiency.
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Innovative Mixing System (IMS) minimises the breakdown and oxidation of polymer chains and has a higher dispersion degree of carbon black. The effects of IMS help to strengthen the bonding force between the carbon black and rubber to ensure longer mileage and to lower the heat generation of compounds for improved fuel efficiency.
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Stiffness Control Contour Theory Technology
(SCCT Technology)SCCT Technology is designed to reduce profile deformation. If the carcass profile is not kept constant, the internal force on the carcass will be concentrated on a specific point, belt edge or carcass turn up edge. In contrast, SCCT Technology controls the dispersion of internal force for better durability.
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SCCT Technology is designed to reduce profile deformation. If the carcass profile is not kept constant, the internal force on the carcass will be concentrated on a specific point, belt edge or carcass turn up edge. In contrast, SCCT Technology controls the dispersion of internal force for better durability.
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Full sidewall protector
Sidewall damage indicator (Hole-type damage indicator)
New shape and position of the sidewall wear indicator helps to detect damage more clearly.
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Sidewall damage indicator (Hole-type damage indicator)
New shape and position of the sidewall wear indicator helps to detect damage more clearly.
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Test Result
Key performance
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Key performance
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Spec
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275/70R22.5
- Fuel Efficiency D
- Wet Grip B
- External Rolling Noise 67
- Tube Type / Tubeless L
- Ply Rating 18
- Measuring Rim 8.25X22.5
- Load Index 150/148J
- Section Width(mm) 278.5
- Tread Width(mm) 230
- Tread Depth(mm) 19.0
- Static Loaded Radius(mm) 452
- Overall Diameter(mm) 970.5
- M+S Y
- 3PMSF Y
- Origin China
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275/70R22.5
- Fuel Efficiency D
- Wet Grip B
- External Rolling Noise 67
- Tube Type / Tubeless L
- Ply Rating 18
- Measuring Rim 8.25X22.5
- Load Index 152/149J
- Section Width(mm) 278.5
- Tread Width(mm) 230
- Tread Depth(mm) 19.0
- Static Loaded Radius(mm) 452
- Overall Diameter(mm) 970.5
- M+S Y
- 3PMSF Y
- Origin China
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11R22.5
- Fuel Efficiency D
- Wet Grip B
- External Rolling Noise 70
- Tube Type / Tubeless L
- Ply Rating 16
- Measuring Rim 8.25X22.5
- Load Index 148/145J
- Section Width(mm) 283
- Tread Width(mm) 214
- Tread Depth(mm) 20.4
- Static Loaded Radius(mm) 498
- Overall Diameter(mm) 1063
- M+S Y
- 3PMSF Y
- Origin China
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275/80R22.5
- Fuel Efficiency D
- Wet Grip C
- External Rolling Noise 71
- Tube Type / Tubeless L
- Ply Rating 16
- Measuring Rim 8.25X22.5
- Load Index 149/146J
- Section Width(mm) 283
- Tread Width(mm) 219
- Tread Depth(mm) 16.8
- Static Loaded Radius(mm) 476
- Overall Diameter(mm) 1025
- M+S Y
- 3PMSF Y
- Origin China
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295/80R22.5
- Fuel Efficiency D
- Wet Grip B
- External Rolling Noise 67
- Tube Type / Tubeless L
- Ply Rating 16
- Measuring Rim 9.0X22.5
- Load Index 152/148J
- Section Width(mm) 306
- Tread Width(mm) 240
- Tread Depth(mm) 16.5
- Static Loaded Radius(mm) 491
- Overall Diameter(mm) 1056
- M+S Y
- 3PMSF Y
- Origin Korea
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295/80R22.5
- Fuel Efficiency D
- Wet Grip B
- External Rolling Noise 67
- Tube Type / Tubeless L
- Ply Rating 16
- Measuring Rim 9.00X22.5
- Load Index 152/148J
- Section Width(mm) 305
- Tread Width(mm) 240
- Tread Depth(mm) 16.5
- Static Loaded Radius(mm) 491
- Overall Diameter(mm) 1056
- M+S Y
- 3PMSF Y
- Origin China
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