New generation of tread compound perfectly matched up with nanomaterials can upgrade wet grip and handling performance. Sound pressure distribution for AS-3 EV was simulated and calculated with acoustics software to suppress annoying noise and enhance driving comfort. Diversion design in circumferential grooves can drive up water in circumferential grooves promptly and effectively, and also help to reduce the noise caused by airflow friction with groove wall. Bevel design on lateral grooves of tread shoulder can reduce noise and increase block stiffness for prevent tread pattern deformation in later tire life.
mytyres.co.uk
New generation of tread compound perfectly matched up with nanomaterials can upgrade wet grip and handling performance. Sound pressure distribution for AS-3 EV was simulated and calculated with acoustics software to suppress annoying noise and enhance driving comfort. Diversion design in circumferential grooves can drive up water in circumferential grooves promptly and effectively, and also help to reduce the noise caused by airflow friction with groove wall. Bevel design on lateral grooves of tread shoulder can reduce noise and increase block stiffness for prevent tread pattern deformation in later tire life.
mytyres.co.uk
New generation of tread compound perfectly matched up with nanomaterials can upgrade wet grip and handling performance. Sound pressure distribution for AS-3 EV was simulated and calculated with acoustics software to suppress annoying noise and enhance driving comfort. Diversion design in circumferential grooves can drive up water in circumferential grooves promptly and effectively, and also help to reduce the noise caused by airflow friction with groove wall. Bevel design on lateral grooves of tread shoulder can reduce noise and increase block stiffness for prevent tread pattern deformation in later tire life.
mytyres.co.uk
New generation of tread compound perfectly matched up with nanomaterials can upgrade wet grip and handling performance. Sound pressure distribution for AS-3 EV was simulated and calculated with acoustics software to suppress annoying noise and enhance driving comfort. Diversion design in circumferential grooves can drive up water in circumferential grooves promptly and effectively, and also help to reduce the noise caused by airflow friction with groove wall. Bevel design on lateral grooves of tread shoulder can reduce noise and increase block stiffness for prevent tread pattern deformation in later tire life.
mytyres.co.uk
New generation of tread compound perfectly matched up with nanomaterials can upgrade wet grip and handling performance. Sound pressure distribution for AS-3 EV was simulated and calculated with acoustics software to suppress annoying noise and enhance driving comfort. Diversion design in circumferential grooves can drive up water in circumferential grooves promptly and effectively, and also help to reduce the noise caused by airflow friction with groove wall. Bevel design on lateral grooves of tread shoulder can reduce noise and increase block stiffness for prevent tread pattern deformation in later tire life.
mytyres.co.uk
New generation of tread compound perfectly matched up with nanomaterials can upgrade wet grip and handling performance. Sound pressure distribution for AS-3 EV was simulated and calculated with acoustics software to suppress annoying noise and enhance driving comfort. Diversion design in circumferential grooves can drive up water in circumferential grooves promptly and effectively, and also help to reduce the noise caused by airflow friction with groove wall. Bevel design on lateral grooves of tread shoulder can reduce noise and increase block stiffness for prevent tread pattern deformation in later tire life.
mytyres.co.uk
New generation of tread compound perfectly matched up with nanomaterials can upgrade wet grip and handling performance. Sound pressure distribution for AS-3 EV was simulated and calculated with acoustics software to suppress annoying noise and enhance driving comfort. Diversion design in circumferential grooves can drive up water in circumferential grooves promptly and effectively, and also help to reduce the noise caused by airflow friction with groove wall. Bevel design on lateral grooves of tread shoulder can reduce noise and increase block stiffness for prevent tread pattern deformation in later tire life.
mytyres.co.uk
New generation of tread compound perfectly matched up with nanomaterials can upgrade wet grip and handling performance. Sound pressure distribution for AS-3 EV was simulated and calculated with acoustics software to suppress annoying noise and enhance driving comfort. Diversion design in circumferential grooves can drive up water in circumferential grooves promptly and effectively, and also help to reduce the noise caused by airflow friction with groove wall. Bevel design on lateral grooves of tread shoulder can reduce noise and increase block stiffness for prevent tread pattern deformation in later tire life.
mytyres.co.uk