Mercury MCE285A Black Toner Cartridge 85A/35A/36A Compatible

Mercury MCE285A Toner

The Mercury MCE285A Toner Cartridge serves as a high-performance replacement component for monochrome laser printing environments requiring 85A, 35A, or 36A specifications. This unit integrates a specialized optical photoconductor drum and high-quality toner powder to deliver consistent results across its entire lifecycle. The architecture adheres to rigorous manufacturing standards to ensure seamless integration with the host printer‘s mechanical drive system. Consequently, users experience minimal downtime and reduced maintenance requirements. The cartridge provides a standard yield of approximately 1,600 pages at 5% coverage, making it suitable for high-volume office tasks.

Key Features

• Multi-Standard Compatibility
  This device functions as a universal replacement for CE285A, CB435A, and CB436A OEM units across multiple printer series.

• Advanced Chemical Formulation

  • Utilizes spherical toner particles for superior transfer efficiency and reduced waste.
  • Features a controlled melting point to facilitate rapid fusing at high engine speeds.

• Precision Engineering
  The internal doctor blade regulates toner thickness on the developer roller to ensure uniform density throughout the print run.

Specifications

What’s in the Box

• 1 x Mercury MCE285A Black Toner Cartridge

• Installation Guide

• Protective Pull-seal Strip

Why Choose This Toner

• The unit provides significant cost savings per page compared to standard OEM consumables without sacrificing legibility.

• Robust housing construction prevents leakage and maintains internal pressure during high-speed rotations.

• Integrated Primary Charge Roller (PCR) ensures a stable electrical charge to the drum for sharp character definition.

• The waste hopper capacity is optimized to contain all residual powder, preventing internal printer contamination.

• Each component undergoes rigorous testing to ensure it meets the magnetic properties required for high-resolution imaging.