2033-4-4S 1/4″ Male JIC Tee

Name: 2033-4-4S 1/4" Male JIC Tee - Industrial Supply 4 Less
SKU: 2033-4-4S
Price: 4.34 USD
Availability: InStock

Adapters, Male JIC Tee (2033)

2033-4-4S 1/4″ Male JIC Tee

$4.34

The 2033-4-4S 1/4″ Male JIC Tee is a high-quality, corrosion-resistant hydraulic fitting designed for secure, leak-proof connections in high-pressure systems. Made from durable carbon steel, this fitting ensures optimal fluid distribution and is ideal for use in demanding industrial and commercial applications. Its compact size makes it easy to install in tight spaces, providing reliable performance and longevity in even the toughest environments.

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2033-4-4S 1/4" Male JIC Tee

2033-4-4S 1/4″ Male JIC Tee – Precision Fitting

Versatile Hydraulic Connection for Precision Systems

The 2033-4-4S 1/4″ Male JIC Tee offers a reliable and durable connection for hydraulic systems that require precision and adaptability. Whether you’re working in construction, agriculture, or industrial applications, this JIC tee fitting ensures optimal performance in demanding environments. The compact design allows for easy installation in tight spaces without compromising the strength of the hydraulic connection.

Superior Material and Leak-Proof Design

Manufactured from high-grade carbon steel, the 2033-4-4S tee guarantees long-lasting durability and corrosion resistance, even under harsh working conditions. The JIC (Joint Industry Council) fitting ensures a secure, leak-proof seal that can withstand high-pressure hydraulic systems. The tee design allows for the smooth distribution of fluid in different directions, making it ideal for complex hydraulic circuits.

Perfect Fit for Your Hydraulic Needs

This JIC tee comes with precise 1/4″ sizing, ensuring a tight and efficient fit within any hydraulic setup. The silver finish provides a sleek look while offering added protection against corrosion and wear. Whether you’re maintaining or upgrading your hydraulic systems, this JIC tee is a go-to choice for professionals looking to minimize downtime and maximize performance.