luglugalugaaen |

seabsea

sea nav gua

Language: en spa ru fra it
sea

form

GET YOUR FREE QUOTE

We will contact you within 24 hours.

Butterfly-Valve-Be-Used-In Paint-Circulating-System

Time: 7-Aug 2022 | Source: I-FLOW| Share

Butterfly valve

Lug type

Design MSS-SP-67, API609

Testing API598

Compatible with ANSI 125/150 flanges

Material: ductile iron body, SS316 disc, SS420 stem, EPDM/PTFE seat

Size range：2.5"-16"

Working pressure：200psi（EPDM seat），150psi（PTFE seat）

Operation：2.5"-6",lever； 8-16"，gearbox

 

IFLOW® Butterfly Valve Be Used In Paint Circulating System  

Paint circulating system is a process where paint is continuously circulated, filtered, and recirculated through a paint system in order to maintain the quality and consistency of the paint.

This process is especially important in industrial applications where high-quality paint finishes are required, such as automotive.

WHY IFLOW® BUTTERFLY VALVES ARE THE BETTER CHOICE?

Choosing IFLOW® butterfly valve for your paint system will prove to be your advantage.

-Meets API-609 and MSS-SP-67 specifications for design and testing

-Silicone free from our factory, no aftermarket cleaning required

-Low torque and ISO mounting-easy automation

Silicone Free Compliance Procedures

How to ensure that all IFLOW® VALVE are free of silicone, and paint compatible with both waterborne and solventborne paint materials?

-Be isolated in a designated area to prevent cross contamination（dustfree workshop)

-Assembled dry, without lubricants

-Cleaning operation by ultrasonic cleaning equipment

-Individually bagged

The Automotive Industry Has A Significant Growth Potential!

We are looking forward to work together with business parnter and will be fully support on Product Capacity, Quality, Service and R&D. 

Back To The List btn

Related News

How To Choose Right Gate Valve
16-July 2025

How To Choose Right Gate Valve

Choosing a gate valve sounds simple—until you realize there are dozens of materials, designs, sizes, and standards out there. Don’t worry. Whether you’re a contractor, engineer, or project manager, this guide will walk you through what matters (and what doesn’t) when picking the perfect gate valve.

View Details
Where Should You Put Check Valve
15-July 2025

Where Should You Put Check Valve

If your pump shuts off and water suddenly rushes back, or your air compressor struggles to hold pressure, you’re likely missing one small—but mighty—device: a check valve.This simple valve only allows fluid to flow one way and automatically stops it from reversing. But it works best when it’s installed in the right place.

View Details
How Does Pneumatic Butterfly Valve Actually Work
14-July 2025

How Does Pneumatic Butterfly Valve Actually Work

Imagine you're managing a large water treatment plant. You can’t afford to run around opening and closing valves by hand. You need speed, reliability, and automation. That’s where pneumatic butterfly valves come in—a smart, air-powered solution for managing fluid flow.But how do they work behind the scenes?

View Details
What Are The Symptoms of Bad Check Valve
10-July 2025

What Are The Symptoms of Bad Check Valve

A check valve is a vital component in fluid control systems, designed to allow flow in one direction and prevent reverse flow that could damage equipment or disrupt operations. When a check valve begins to fail, it can compromise the integrity of an entire pipeline or process system. Detecting early symptoms can prevent costly downtime, repairs, or safety hazards.

View Details
What Is The Difference Between Balancing Valve And Control Valve
9-July 2025

What Is The Difference Between Balancing Valve And Control Valve

In HVAC and hydronic system design, precise control of fluid flow is essential for maintaining system stability, thermal comfort, and energy efficiency. Two commonly used components are balancing valves and control valves. Though often installed in the same system, they serve fundamentally different purposes and should not be confused. This article explains their working principles, functions, and where to use each.

View Details
The Unsung Backbone of Industrial Success
8-July 2025

The Unsung Backbone of Industrial Success

Imagine a factory without the ability to control pressure, isolate flow, or regulate temperature. The result would be chaos—systems would fail, safety would be compromised, and efficiency would plummet. At the heart of every fluid control system lies a simple yet powerful component: the valve.Whether in oil refineries, water treatment plants, pharmaceutical labs, or power stations, valves are the hidden champions of industrial stability. They aren’t flashy. They don’t draw attention. But without them, industrial operations would quite literally come to a halt.

View Details