Bontron

The basic chemical structure for this series is an organic metal compound.Bontron® E-84 has been used for color toner in addition to black toner because of its white appearance, long-term stability, and high initial charge, which are important functions of a toner.

The basic chemical structure for this series is an organic metal compound.Bontron® E-84S has been used for color toner in addition to black toner because of its white appearance, long term stability, and high initial charge, which are important functions of a toner.

The basic chemical structure for this series is an organic metal compound.Bontron® E-108 has been used for color toner in addition to black toner because of its white appearance, long term stability, and high initial charge, which are important functions of a toner.

The basic chemical structure for this series is an organic metal compound.Bontron® E-108W has been used for color toner in addition to black toner because of its white appearance, long-term stability, and high initial charge, which are important functions of a toner.

The basic chemical structure for this series is an organic metal compound.Bontron® E-304 has been used for color toner in addition to black toner because of its white appearance, long-term stability, and high initial charge, which are important functions of a toner.

The S-series products are charge control agents developed for black toners of negative charge. The basic chemical structure of the S-series is an organic metal complex compound. Bontron® S-34 has been used for many different digital copiers and laser beam printers (LBP) because they excel in initial charge and exhibit the long term stability important to the function of a toner.

Bontron® X-11 is a charge control agent developed for black toners of negative charge. The basic chemical structure of Bontron® X-11 is an iron complex compound. Bontron® X-11 excels in the initial charge and exhibits the long-term stability important to the function of a toner.

The N-Series are charge control agents used for black toner of positive charge. The basic chemical structure of the N-Series is an azine compound. Bontron® N-01A has been used for many analog copiers and high-speed digital printers because they show an especially high charge.

The N-Series are charge control agents used for black toner of positive charge.The basic chemical structure of the N-Series is an azine compound.Bontron® N-07A has been used for many analog copiers and high-speed digital printers because they show an especially high charge.

The N-Series are charge control agents used for black toner of positive charge.The basic chemical structure of the N-Series is an azine compound. Bontron® N-09A has been used for many analog copiers and high speed digital printers because they show an especially high charge.

The N-Series are charge control agents used for black toner of positive charge. The basic chemical structure of the N-Series is an azine compound. Bontron® N-71 been used for many analog copiers and high-speed digital printers because they show an especially high charge.

The N-Series are charge control agents used for black toner of positive charge. The basic chemical structure of the N-Series is an azine compound. Bontron® N-75 has been used for many analog copiers and high speed digital printers because they show an especially high charge.