2081-8-6S MNPT X FNPT Reducer

Name: 2081-8-6S MNPT X FNPT Reducer - Industrial Supply 4 Less
SKU: 2081-8-6S
Price: 1.56 USD
Availability: InStock

Adapters, MNPT X FNPT REDUCER (2081)

2081-8-6S MNPT X FNPT Reducer

$1.56

This 2081-8-6S MNPT x FNPT Reducer is designed to provide a secure and leak-proof connection between different pipe sizes in hydraulic and pneumatic systems. Built with high-quality carbon steel, it ensures durability and long-lasting performance, even under high-pressure conditions. Ideal for various industrial applications, it offers easy installation and a perfect fit for reducing male and female NPT thread sizes.

Product Tags

adapter, hydraulic hose adapter, HYDRAULIC HOSE REPAIR, MALE PIPE X FEMALE PIPE REDUCER, MNPT X FNPT REDUCER, 2081-8-6S

Reliable 2081-8-6S MNPT x FNPT Reducer

Precision Engineering for Your Hydraulic Systems

The 2081-8-6S MNPT x FNPT Reducer is a must-have component for connecting different pipe sizes in hydraulic and pneumatic systems. Crafted with precision, this reducer ensures that transitions between varying male and female NPT threads are smooth and secure, preventing leaks and maintaining flow integrity. Whether you’re working in industrial or commercial environments, this durable fitting guarantees reliable performance.

High-Quality Material for Maximum Durability

Constructed from top-grade carbon steel, the 2081-8-6S MNPT x FNPT Reducer is engineered to withstand high pressure and heavy-duty usage. The material provides excellent resistance to corrosion and wear, ensuring longevity even in harsh working conditions. This makes it ideal for use in demanding industries such as oil and gas, manufacturing, and agriculture.

Easy Installation and Versatile Applications

This reducer is designed with ease of installation in mind, fitting perfectly into any hydraulic setup where different thread sizes need to connect seamlessly. Its versatile design ensures compatibility with a range of equipment, making it a highly valuable addition to your toolbox. Its compact design also helps in space-constrained installations without compromising performance.