You are entitled to cancel your order for the Goods without penalty within seven days of the Goods having been delivered to you. In such an event, you will receive a full refund of the purchase price within thirty days of the date of cancelling this agreement.
Goods may be returned only when defective, damaged or if the product supplied is not the same product as what was ordered. If the Goods are defective in any way this must be reported within twenty four hours after the product having been delivered to you and must be returned to us within a period of one month after delivery.
Heavy-duty positive battery terminal connector engineered for high-current automotive, marine, solar, and backup power battery installations.
Features a ring-type top-post clamp design with red color-coding for instant positive (+) polarity identification.
Constructed from high-conductivity cast metal alloy to minimize voltage drop and ensure efficient power transfer under heavy cranking or inverter loads.
Equipped with a heavy-duty clamping bolt and integrated cable termination lug/stud to secure heavy-gauge battery cables firmly without loosening from vibration.
Suitable for 12V and 24V lead-acid, AGM, and gel deep-cycle batteries using standard SAE/DIN positive battery posts.
Features
Red Positive Polarity Coding: Finished with a red protective coating/collar for immediate positive (+) terminal identification and reverse-polarity prevention.
Heavy-Duty High-Current Construction: Thick-walled cast alloy body handles high starter cranking amps and continuous inverter current loads without overheating.
Ring-Type Top-Post Clamp: Wraps securely around standard positive battery posts for maximum surface contact and low electrical resistance.
Vibration-Resistant Fasteners: Includes high-tensile tightening bolt and nut hardware to maintain firm mechanical clamping in automotive and off-road environments.
Corrosion-Resistant Finish: Protective surface treatment helps resist battery acid vapor corrosion and oxidation over extended service life.
