20 Ton Pneumatic Air Hydraulic Bottle Jack With Manual Hand Heavy Duty Auto Truck Travel Trailer Repair Lift

Description

Product Specifications: Basic information Product Type:Single Box Product Product Name:20 Ton Pneumatic Air Hydraulic Bottle Jack with Manual Hand Pump Heavy Duty Auto Truck Travel Trailer Repair Lift Color:Blue Material:Steel Rated Capacity:20T Product size Assembly Length (inches):9.45 Assembly Width (inches):5.12 Assembly Height (inches):10.24 Product Weight (lbs):31.53 Package size Length (inches):10.60 Width (inches):7.87 Height (inches):11.02 Weight (lbs):33.06 Product features: SIMPLE OPERATION - Clamp one end of the handle bayonet to the oil return valve and then tighten clockwise; Connect the air pipe port to the air compressor interface, and then press the switch to raise, otherwise, it will stop; After it works, rotate the oil return valve pile anticlockwise and slowly, and it will drop automatically Versatile and Adjustable: With a minimum height of 10.2" (260 mm) and a maximum height of 20.1" (510 mm), this jack provides versatility to accommodate various lifting needs. The extendable screw, reaching up to 3.2" (80 mm), allows for precise adjustments. And its built-in handle design ensures easy transportation and storage. Quick and Effortless Operation: Connect the air compressor for pneumatic lifting and control with a simple press of the pneumatic switch. The air hydraulic bottle jack takes the effort out of lifting heavy objects. Thanks to its double-heavy spring, it allows for swift and stable lowering and resetting, greatly improving work efficiency. Air/Hydraulic Bottle Jack: This professional-grade air hydraulic bottle jack combines a lifting capacity of 20 tons/44,092 lbs, providing efficient and labor-saving assistance for a wide range of lifting tasks. From heavy machinery and engineering construction to large trucks, it effortlessly handles heavy loads with ease. Reliable and Secure: With a built-in safety valve system, the hydraulic bottle jack ensures secure usage by preventing overloading and minimizing the risk of accidents.