Tough stains—whether oil on the garage floor, mold on the deck or dirt on your car—require serious cleaning power. The AIVolt 3000PSI Electric Pressure Washer rises to the challenge with its high-pressure output and precision nozzles. The 0° pinpoint nozzle delivers a concentrated stream to break down stubborn stains, while the 40° wide-angle nozzle covers large areas...

Portability is essential for on-the-go power, and the AIVOLT 4300W inverter generator balances power with mobility. Weighing 89lbs, it features a foldable handle and never-flat wheels for easy transport.​ Despite its compact size, it delivers 3500 running watts—enough for camping, tailgating, job sites, or emergency backup. The 3.6-gallon fuel tank offers 8 hours of runtime, so you...

Job sites demand reliable, robust power, and the AIVOLT 8000W Dual Fuel Inverter Generator delivers. Designed with industrial use in mind, its 322cc 4-stroke OHV engine with 100% copper windings provides 8,000W surge power and 6,100W running watts on gas, easily handling concrete mixers, welding machines, cutting tools, and industrial lights. Propane compatibility adds flexibility, offering...

When choosing a portable power solution, the debate between inverter and traditional generators is common. While traditional generators have long been reliable for basic power needs, inverter models like AIVOLT’s super quiet series offer advanced advantages that align with modern usage. Below’s a detailed comparison to help you decide. Core Differences in Technology Inverter...

Outdoor trips—whether camping, RV travel, or jobsite work—often need reliable power for electronics, appliances, or tools. A portable inverter generator is the perfect solution, but choosing the right one requires focusing on portability, power matching, noise level, and usability—factors that directly impact your outdoor experience. Below is a step-by-step guide to help...

When you need backup or portable power, choosing between a standard generator and an inverter generator can feel confusing. While both produce electricity, their design, power quality, and use cases differ drastically. Below’s a clear breakdown of their key differences to help you pick the right one. 1. Core Working Principle: How They Produce Electricity The biggest gap starts with...