News & Updates | Latest Developments from WINMAN INDUSTRIAL

07 13,2026 Technical knowledge

FIPFG Working Principle: From AB Mixing to Foam Seal Formation

This page explains the FIPFG working principle and complete process chain, using the WINMAN WM403-1 as a compact example. Winman Industrial shows how AB component mixing, path control, foaming, and curing work together to form a continuous sealing system for small enclosures and micro devices.

WINMAN | 5 Common Mistakes to Avoid When Buying FIPFG Dispensing Equipment

07 10,2026 Procurement Decisions

5 Mistakes to Avoid When Purchasing FIPFG Dispensing Equipment

WINMAN explains the key issues buyers should review before selecting FIPFG dispensing and sealing systems, including standards, sealing level, process stability, cross-border delivery, and technical support.

What Is FIPFG In-Situ Foam Gasketing? | Shanghai Winman Industrial Co., Ltd

07 07,2026 Standard definition

What Is FIPFG In-Situ Foam Gasketing: From Process Definition to Industrial Application Boundaries

Shanghai Winman Industrial Co., Ltd explains the definition, working principle, typical applications, and practical boundaries of FIPFG in-situ foam gasketing for industrial sealing systems.

WM508-2P Industrial Sealing Applications Guide | WINMAN

07 07,2026 Industry Research

Which Industrial Sealing Scenarios Suit WM508-2P?

WINMAN explains how WM508-2P fits radiator manufacturing, cleanroom door sealing, and HVAC industrial sealing scenarios, with guidance on process needs, equipment capabilities, and selection criteria.

WM-601 Automated Dispensing in Production Line Integration: Key Process Nodes and Configuration Guidance | WINMAN

07 06,2026 Industry experience

WM-601 Automated Dispensing: Key Process Nodes and Configuration Recommendations for Production Line Integration

This page from WINMAN summarizes the WM-601's role in automated production line integration, covering upstream loading, surface treatment, dispensing, inspection, and recommended configurations for dual-station takt matching, remote maintenance, and cleaning systems.

FIPFG Equipment Total Cost of Ownership: WINMAN WM-601 for Industrial Enclosure Sealing | Shanghai Winman Industrial

07 05,2026 Concept Explanation

What Determines the Long-Term Cost of a FIPFG Machine?

This page explains the long-term cost of FIPFG equipment through the WINMAN WM-601 from Shanghai Winman Industrial, covering purchase price, energy use, consumables, maintenance, downtime, and production stability for large industrial enclosures and new energy applications.

WM-601 IP68 Sealing Performance Explained: FIPFG Process and Test Standards | Winman Industrial

07 04,2026 Concept Explanation

How WM-601 Achieves IP68 Sealing: From FIPFG Process to Test Validation

Winman Industrial explains how the WM-601 FIPFG automatic foaming and dispensing machine supports IP68 protection through continuous sealing, compression rebound, and engineering test validation.

WM508-2P FIPFG Machine: Understanding Clogging Causes and Problem Boundaries | WINMAN

07 03,2026 Technical knowledge

FIPFG Machine Clogging Is Not Always a Machine Fault: How to Understand the Causes and Boundaries

WINMAN explains why FIPFG machine clogging, dripping, or crystallization is not always caused by the machine itself, and how material properties, environment, downtime habits, and maintenance affect stability.

How to Maintain Stable Dispensing in High and Low Temperatures | WINMAN WM-601

07 02,2026 Method Summary

Stable FIPFG Dispensing in High and Low Temperature Environments

Explore how WINMAN WM-601 supports stable FIPFG dispensing in hot, cold, and fluctuating environments through temperature control, dynamic mixing, and process coordination for filters and heat sinks.

07 01,2026 Concept Explanation

What Is the Intelligent Control System of a FIPFG Dispensing Machine?

Explore how WINMAN WM-508 uses an intelligent control system to stabilize FIPFG dispensing, coordinate supply rhythm and motion path, and improve sealing consistency for small electrical cabinets and junction boxes.

WINMAN WM508-2P FIPFG Machine: 4 Structural Variables Affecting Long-Term Stable Operation

06 30,2026 Method Summary

4 Structural Variables That Affect Long-Term Stable Operation of FIPFG Equipment

Shanghai Winman Industrial explains the four structural variables that influence long-term FIPFG equipment operation: mixing valve, supply/return material design, circulation system, and cleaning method, with a focus on stability, residue control, and recovery speed.

FIPFG Equipment Procurement Evaluation Guide | WM-601 by Winman Industrial

06 29,2026 Industry Guide

How to Evaluate a FIPFG Equipment Manufacturer Before Purchase

A practical guide from Winman Industrial on how to evaluate FIPFG equipment manufacturers before purchase, covering process testing, installation and commissioning, training, remote maintenance, and spare parts support for overseas buyers and engineering teams.

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Frequently Asked Questions

What Type of Pump Transfers Material from a Drum to a Material Tank?

Learn which pump is used to transfer material from a drum to a material tank in Winman Industrial systems. Compare WM601 with original German BARMAG pump and WM508 with a high-quality imitation German pump for stable material delivery and reliable performance.

Can WINMAN machines be remotely controlled or monitored?

Learn how Shanghai Winman Industrial Co., Ltd supports remote machine diagnostics and performance monitoring through its independently developed control system based on Sonderhoff FIPFG technology.

How Does the Mixing Process in the Mixing Head Work?

Learn how Winman Industrial uses a special needle valve design in the mixing head to ensure stable material mixing and dispensing, reducing foaming, clogging, leakage, and uneven bead thickness in FIPFG sealing applications.

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