• Professional-grade heavy-duty battery terminal connector engineered for high-current automotive, marine, commercial, and backup power battery installations.
• Features a robust ring-type stud post design allowing easy attachment of multiple ring-lug terminated cables.
• Molded high-durability black color-coded insulation body provides rapid negative (-) polarity identification and short-circuit prevention.
• Constructed from high-conductivity brass/lead alloy with corrosion-resistant plating to maximize current transfer and lower electrical resistance.
• Ideal for dual-battery setups, inverter power installations, winch wiring, and heavy-duty vehicle battery cable replacements.

Key Features

• Heavy-Duty Ring-Type Stud Post: Accepts multiple heavy-gauge ring terminals secured with a threaded bolt nut.
• Black Polarity Color-Coding: Clear black insulation protective boot/housing for immediate negative terminal identification.
• High Electrical Conductivity: Solid metal construction reduces voltage drop across high-amp starter motor and inverter draws.
• Corrosion-Resistant Plating: Protective coating prevents oxidation and acid corrosion on battery posts.
• Universal Automotive & Marine Fit: Fits standard top-post automotive lead-acid, AGM, and gel batteries.

Specifications

• Model Code: BATTTERMBLK
• Product Type: Heavy-Duty Ring-Stud Battery Terminal
• Terminal Type / Polarity: Negative (-) Pole Configuration
• Connection Interface: Threaded Stud / Ring Terminal Bolt Connection
• Terminal Post Fitment: Standard Top Post Battery Terminal
• Material Composition: High-Conductivity Brass / Lead Alloy with Nickel / Zinc Plating
• Insulation Cover Material: Flexible Heavy-Duty PVC / ABS Polymer
• Color / Finish: Metallic Silver Terminal with Black Color-Coded Insulator
• Maximum Current Rating: 500 A Continuous / 800 A Surge
• Operating Temperature Limits: -30°C to +85°C
• Weight & Dimensions: 6.0 cm x 4.0 cm x 2.5 cm | 0.09 kg

What's in the Box

• 1 x KENTECH BATTTERMBLK Heavy-Duty Ring-Type Battery Terminal (Black)