Knowledge
FIPFG Dispensing Tech & Robot Automation Industrial Applications
06 18,2026
Concept Explanation
What Is a FIPFG Dispensing and Sealing System?
Learn the core concept, working principle, advantages, and application scenarios of FIPFG foam-in-place dispensing and sealing systems with WINMAN, including its role in IP67 protection for industrial manufacturing.
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06 17,2026
Industry Trends
Application Trends of FIPFG In-Place Foaming Sealing Equipment in EV Battery and Energy Storage Industries
WINMAN explores the application trends of FIPFG in-place foaming sealing equipment in EV batteries, energy storage systems, electrical control cabinets, and photovoltaic equipment, with a focus on protection level improvement, automation, cost efficiency, and international standard compatibility.
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06 10,2026
Technical knowledge
FIPFG Foam Sealing Explained: Process, Applications, and Industrial Value
Winman Industrial explains the FIPFG (Formed-In-Place Foam Gasket) sealing process, covering its working principles, industrial applications, and how it improves IP67 protection, efficiency, and consistency in modern manufacturing.
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06 10,2026
Client Cases
FIPFG Sealing Applications in EV Battery and Energy Storage Systems
Explore how Winman Industrial applies FIPFG sealing technology in EV battery and energy storage systems to achieve IP67 protection, stable mass production, and reliable industrial delivery.
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06 10,2026
Project Experience
Application Experience of FIPFG Dispensing Systems in EV Battery and Energy Storage Projects
Explore how Shanghai Winman Industrial Co., Ltd applies FIPFG dispensing systems in EV battery and energy storage projects, covering sealing requirements, production integration, and delivery experience for reliable IP67 protection.
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06 10,2026
Case Breakdown
Why Manufacturers Are Shifting from Traditional Sealing to FIPFG Systems
Winman Industrial explains the key differences between traditional sealing methods and FIPFG sealing systems, covering consistency, automation, protection level, and maintenance cost to support informed manufacturing decisions.
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06 09,2026
Industry experience
Improving Junction Box Sealing Consistency and Yield with WM-508 FIPFG
Winman Industrial analyzes common junction box sealing challenges such as foam inconsistency, stringing, and overflow, and explains how the WM-508 FIPFG system supports sealing consistency and yield improvement in high-volume production.
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06 09,2026
Product Introduction
Why Do FIPFG Sealing Results Vary? Key Consistency Factors of the WM-601
Shanghai Winman Industrial explains why FIPFG sealing results may vary and what affects consistency, including control systems, two-component ratio stability, environmental conditions, and substrate treatment, with a focus on the WM-601's controllable range.
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06 05,2026
Operating Instructions
FIPFG Dispensing Equipment Selection and Deployment Guide
WINMAN explains how to evaluate FIPFG dispensing equipment for industrial sealing applications, including material compatibility, production line deployment, and implementation steps for automotive batteries, energy storage, electrical cabinets, and photovoltaic equipment.
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06 05,2026
Project Experience
FIPFG Dispensing Machine Application Experience in EV Battery and Energy Storage Projects
Explore WINMAN's project experience with FIPFG dispensing and sealing systems in EV battery and energy storage applications, including equipment fit, process stability, cycle matching, and sealing validation under complex industrial conditions.
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06 05,2026
Misconception Correction
Common Misconceptions About FIPFG Sealing: Not Every Foam Seal Is Suitable for Automated Dispensing
WINMAN explains common misconceptions about FIPFG sealing, including material substitution, automation cost, and protection levels, with a clear view of process fit, equipment selection, and industrial application scenarios.
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04 15,2026
Industry Research
High-Pressure Water-Air Cleaning for IP68 Battery Energy Storage Enclosure Sealing (FIPFG)
This industry-oriented report examines how high-pressure water-air cleaning can be integrated into FIPFG (Formed-In-Place Foam Gasket) processes to improve sealing quality in EV battery energy storage enclosures. It explains why conventional trimming and surface preparation often introduce micro-tears, debris retention, and inconsistent bonding interfaces—key contributors to water-ingress risk and unstable IP performance. Building on production-line practice, the report highlights the combined benefits of ±0.05 mm precision dispensing and a dual-station line layout to stabilize bead geometry, reduce takt-time losses, and improve repeatability across batches. It further details how water-air cleaning removes residual particles and improves surface readiness before foaming, supporting more uniform gasket adhesion and enabling a clearer compliance path toward IP68 verification. The report provides practical guidance for battery pack assembly plants and Tier-1 suppliers, including recommended process checkpoints, validation metrics, and an upgrade roadmap for smarter manufacturing and higher sealing consistency.
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