Female Connector

Female Connector Product Details

The Female Connector is a high-quality fluid and gas connection fitting designed for compressed air systems, vacuum pipelines, and inert gas transport applications. It provides secure, leak-resistant performance and is suitable for a wide range of industrial environments requiring stable and efficient fluid transmission.

Product Overview

The Female Connector is engineered for reliable connection of pipeline systems carrying compressed air, vacuum, and inert gases such as helium, nitrogen, and argon. With precision manufacturing and durable material options, it ensures stable sealing performance under demanding working conditions.

Technical Parameters

Transport Medium:
Compressed air, vacuum, inert gases (helium, nitrogen, argon, etc.)

Working Pressure:
Up to 16 bar

Working Temperature Range:
-20℃ to +80℃ / -60℃ to +180℃ (depending on material configuration)

Material Options:
Sprayed aluminum, stainless steel, engineering plastics

Product Specifications

The Female Connector is available in multiple sizes and thread types to meet various installation requirements:

DN20-G1/2" (Assembled) — W 48 mm × H 75.5 mm
DN20-G3/4" (Assembled) — W 48 mm × H 75.5 mm

DN25-G1/2" (Assembled) — W 53 mm × H 75.5 mm
DN25-G1" (Assembled) — W 53 mm × H 75.5 mm
DN25-G1 1/4" (Assembled) — W 53 mm × H 82.5 mm

DN20-G1/2" — W 48 mm × H 75.5 mm
DN20-G3/4" — W 48 mm × H 75.5 mm

DN25-G1/2" — W 53 mm × H 75.5 mm
DN25-G1" — W 53 mm × H 75.5 mm
DN25-G1 1/4" — W 53 mm × H 82.5 mm

DN40-G1" — W 56 mm × H 75 mm
DN40-G1 1/4" — W 56 mm × H 70 mm
DN40-G1 1/2" — W 50 mm × H 65 mm

DN50-G1 1/2" — W 67 mm × H 70 mm
DN50-G2" — W 56 mm × H 75 mm

DN65-G2" — W 83 mm × H 94 mm
DN65-G2 1/2" — W 75 mm × H 92 mm

DN80-G2 1/2" — W 92 mm × H 94 mm
DN80-G3" — W 96 mm × H 99 mm

Product Features

The Female Connector is designed with advanced engineering and manufacturing precision to ensure stable and long-term performance:

• High-pressure resistance up to 16 bar

• Reliable sealing for gas and compressed air systems

• Corrosion-resistant material options for harsh environments

• Wide operating temperature adaptability

• Precision-machined threads for secure and stable connection

• Compatible with multiple industrial piping systems

Application Fields

The Female Connector is widely used in:

• Compressed air distribution systems

• Industrial vacuum systems

• Inert gas delivery systems (nitrogen, helium, argon, etc.)

• Automation and manufacturing equipment

• Industrial pipeline and fluid control systems

• Civil and commercial engineering installations

Company Introduction

Suzhou Jieyou Fluid Technology Co., Ltd., established in August 2019, is a professional enterprise specializing in the R&D, production, sales, and installation of fluid transport systems.

The company focuses on Upipe (aluminum alloy pipes and fittings) and Liq-pipe systems, which are widely recognized for safety, durability, corrosion resistance, and environmental performance.

Its products are applied in industrial, civil, and military sectors, and are exported to many countries including the United States, India, Malaysia, the Philippines, Vietnam, Thailand, the United Kingdom, Portugal, Ethiopia, South Africa, Saudi Arabia, and South Korea.

The company holds multiple patents and certifications, including ISO 9001, ISO 14001, CE certification, and high-tech enterprise recognition.

System Advantages

• Safe and reliable operation

• Fast and convenient installation

• Energy-efficient system design

• Strong anti-corrosion performance

• Clean and environmentally friendly solution

Quality Assurance

UPIPE series products come with a ten-year quality guarantee. Within ten years after installation, testing, and acceptance, eligible products will be repaired or replaced free of charge for quality-related issues.

Warranty Exclusions Include (but are not limited to):

• Products beyond the warranty period unless an extended agreement is signed

• Damage caused by improper installation, misuse, or failure to follow official guidelines

• Operation outside specified working conditions or environments

• Damage caused by corrosion, extreme temperature, external impact, or improper storage

• Failures due to unauthorized modification or incorrect usage