Key Features & Technical Advantages

• PPCP Containers with Low Permeability
  Designed to prevent water loss and ensure long-term electrolyte retention.

• Reinforced Side Wall Design
  Maintains superior structural integrity even under high operating temperatures.

• High Compression Absorbent Glass Mat (AGM) Separator
  Enables more than 98% gas recombination efficiency for enhanced safety and performance.

• Heavy-Duty L-Type Terminals
  Optimized to safely carry high-rate discharge currents.

• Highly Reliable One-Way, Self-Resealing Safety Vent
  Ensures pressure regulation and leak-proof operation.

• Advanced MFX Alloy Grid Technology
  Engineered for extended design life in float conditions at 27°C, delivering maximum cyclic durability.

• FLAPPON Terminal Protection System
  Prevents accidental short circuits and enhances operational safety.

• Ergonomic Design
  Allows easy handling, installation, and maintenance.

• Cast-On-Strap Plate Grouping Technology
  Forms integral lead crystals that offer superior corrosion resistance, especially in the negative strap.

• Superior High-Rate Discharge Performance
  Achieved through low internal resistance for consistent and efficient power delivery.

Advanced Design & Performance Features

Radial Grid Profile

• Provides a low-impedance current path for efficient power flow

• Enables instantaneous delivery of high currents

• Manufactured using heavy-duty lead alloy for enhanced durability

• Delivers up to 8% higher high-rate discharge performance compared to conventional rectilinear grid profiles

InstaCharge™ Paste Formulation

• Offers excellent charge acceptance, reducing recharge time

• Ensures very low self-discharge, less than 1% per week, for longer shelf and standby life

AGM Separator Technology

• High basis weight glass mat for superior electrolyte retention

• High void volume ensures efficient acid absorption and ion flow

• Exceptional compression characteristics maintain plate contact

• Significantly extends battery service life

High-Integrity ICW (Inter-Cell Welds)

• Thick, robust inter-cell connections for long-term mechanical strength

• Ensures high reliability throughout the service life

• Minimizes internal resistance by maintaining a low-resistance current path

Technical Data