Thanksgiving Deal Inline Swivel Head (upto 3000psi) 1/4"fpt X 1/4" Mpt, 30 Max. Rpm - Is-1430 Best Choice [k17bYHzm]

High-Performance Inline Swivel Head

Introducing our Thanksgiving Deal Inline Swivel Head (upto 3000psi) 1/4"fpt X 1/4" Mpt, 30 Max. Rpm - Is-1430 Best Choice [k17bYHzm], a cutting-edge solution for high-pressure applications. Crafted with precision, this swivel head boasts a nickel-plated brass construction, ensuring durability and resistance to corrosion. The dual stainless steel bearings provide smooth rotation, making it ideal for a wide range of industrial uses. Key features include: a multiple seal system for leak prevention and a compact, lightweight design.

Robust Construction and Specifications

Our Inline Swivel Head is designed to deliver exceptional performance under challenging conditions. It features a maximum working pressure of 3000 psi and a working temperature of 250° F, making it suitable for demanding applications. The sub-base is made from nickel-plated brass, further enhancing its durability and resistance to corrosion. Additional specifications include: a 30 Max. RPM for smooth operation and a corrosion-resistant design for long life.

• Multiple seal system prevents leakage under high or low-pressure conditions.
• Corrosion-resistant design ensures long-lasting performance.

Ideal Applications and Benefits

Whether you're using a wash boom, spray wand handle, pressure cleaner, or MTI rotary furnace, our Inline Swivel Head is the perfect solution. Its high-quality construction and reliable performance make it an essential component for various industrial and everyday applications. Target audience scenarios include: professionals in the cleaning industry, engineers, and maintenance technicians. The versatility of this swivel head allows for seamless integration with a range of devices, such as gas cylinders, ensuring efficient and effective operation.

• Seamless integration with various devices for versatile applications.
• High-quality construction ensures reliable performance and durability.