Technical Overview

The Parker 43 Series Fittings, specifically the 16A43-20-16 model, is a high-quality, permanent (crimp) style fitting designed for efficient assembly with Parker’s family of Parkrimp crimpers. This fitting is ideal for seamless hydraulic systems where reliability is critical. The unique No-Skive assembly process allows for quick installation without removing the outer cover of the hose, greatly reducing the risk of premature hose failure due to improper skiving.

Constructed with Chromium-6 free plating, these fittings ensure compliance with modern environmental standards while providing exceptional durability and corrosion resistance. The Parker 43 Series fittings are compatible with a variety of Parker hydraulic braided, light spiral, specialty, suction, and return hoses, making them versatile for numerous applications.

Specifications

• Part Number: 16A43-20-16
• Type: SAE Code 62 Flange Head – Straight
• Material: Steel
• Weight: 1.14 lbs

Features and Benefits

• Parker’s patented No-Skive design provides a simple and efficient assembly process.
• Chromium-6 free plating enhances corrosion resistance and meets environmental regulations.
• Compatible with a wide range of Parker hoses for varied industrial applications.
• Durable construction ensures a reliable seal and minimizes the risk of leakage.
• Made in the USA under strict quality control standards.

Applications

• Used in hydraulic systems for construction and agricultural machinery.
• Compatible with fluid transfer in industrial applications.
• Ideal for high-pressure environments where durability is paramount.
• Suitable for mobile applications where space and weight are critical factors.

Quality and Certification

The Parker 43 Series is manufactured in accordance with rigorous Parker quality standards. Each fitting is subjected to quality assurance processes to confirm reliability and performance, ensuring they meet or exceed industry specifications. The fittings are tested thoroughly to guarantee a long service life and dependability in high-stress environments.