Coilhose Pneumatics A1067M Closed Check Inflator Attachment

Product Description

The COILHOSE PNEUMATICS A1067M is a closed check inflator attachment designed for use with pneumatic inflation systems. It features a straight dual foot chuck configuration and a closed check valve, which holds air pressure in the tire or inflatable after the chuck is removed. This design prevents air loss during the disconnect process, giving the technician better control over final pressure. The attachment is suited for shops, fleet service bays, and any operation where accurate tire inflation is part of the daily workflow. At 0.5 pounds, it is a lightweight handheld tool used by automotive and equipment service professionals.

This inflator attachment is used in tire service, fleet maintenance, and general pneumatic inflation applications. The straight dual foot chuck style makes it compatible with standard valve stems on passenger vehicles, light trucks, and similar equipment. It connects to a standard air hose and is appropriate for service bays, tire shops, and mobile service rigs where repeatable inflation work is performed.

Key Features

• Closed check valve retains air pressure in the tire or inflatable after chuck removal
• Straight dual foot chuck design seats firmly on standard valve stems
• Lightweight construction at 0.5 pounds for easy one-handed use
• Compatible with standard pneumatic air hose connections
• Sold as a single unit

Compatibility

Designed as an OEM-style replacement or upgrade inflator attachment for standard pneumatic inflation systems using straight dual foot chuck configurations.

Installation Notes

Installation and use of this inflator attachment should be performed by qualified automotive or pneumatic service technicians. Before attaching or removing from an air supply line, relieve line pressure and confirm the air source is isolated. Follow applicable shop safety procedures and equipment manufacturer guidelines when connecting pneumatic accessories. Do not exceed the rated pressure of the downstream components in the inflation circuit.