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Industry & Applications

This category groups practical content by industry, process, and application scenario, helping purchasing, engineering, and R&D teams find relevant release agent solutions.

GP‑4 Water‑Based Release Agent for Precast Concrete Applications

GP‑4 Water‑Based Release Agent for Precast Concrete Applications

GP‑4 is a water‑based concrete release agent for various precast elements, recommended for 3‑5× dilution. Avoid over‑pursuing high dilution ratios to prevent production risks. Comparable to oil‑based alternatives, it reduces costs, with practical application and troubleshooting guidance provided.

Release Agent Solutions for Automotive PU Interior Parts

Release Agent Solutions for Automotive PU Interior Parts

An overview of four key demolding challenges in automotive PU interior parts and the specialized release agent solutions to address them.

Changing Demands for Low-VOC Release Agents in the Carbon Fiber Composite Industry

Changing Demands for Low-VOC Release Agents in the Carbon Fiber Composite Industry

Stricter global environmental regulations are pushing the carbon fiber composite industry to phase out solvent-based mold release agents and adopt low-VOC, water-based, semi-permanent alternatives.

Pipe Pile Release Agent Application Guide: A Complete Overview of Prestressed Concrete Pipe Pile Manufacturing

Pipe Pile Release Agent Application Guide: A Complete Overview of Prestressed Concrete Pipe Pile Manufacturing

Prestressed Concrete Pipe Piles (PHC Pipe Piles) are widely used in foundation engineering. This guide explains the manufacturing process of concrete pipe piles and practical application experience with water-based release agents.

 Water-Based Concrete Release Agents with Oil-Based Performance

Water-Based Concrete Release Agents with Oil-Based Performance

Discover how modern water-based concrete release agents can deliver oil-based performance while reducing production costs, improving concrete quality, and supporting more sustainable precast manufacturing.

 Release Agent Guide for Precast Concrete Box Culverts

Release Agent Guide for Precast Concrete Box Culverts

Precast concrete box culvert release agents help reduce sticking, air bubbles, mold build-up, and corrosion while improving surface quality, mold protection, and production efficiency.

Release Agents for Tunnel Segments

Release Agents for Tunnel Segments

Reliable release agents help tunnel segment manufacturers reduce defects, improve surface quality, extend mold life, and increase production efficiency.

Silicone vs Silicone-Free Release Agents: A Complete Selection Guide for Rubber Manufacturing

Silicone vs Silicone-Free Release Agents: A Complete Selection Guide for Rubber Manufacturing

Learn the key differences between silicone and silicone-free release agents, including release performance, surface quality, bonding compatibility, and application scenarios, to choose the right solution for your rubber molding process.

A complete guide to the application of PU sole release agent

A complete guide to the application of PU sole release agent

In the mass production process of PU / EVA / rubber / PVC soles, demoulding efficiency, surface quality, environmental compliance and cost control have always been the core issues that shoe material manufacturing companies are most concerned about.

How to Increase Release Cycles of Semi-Permanent Mold Release Agents for Carbon Fiber?

How to Increase Release Cycles of Semi-Permanent Mold Release Agents for Carbon Fiber?

In carbon fiber composite manufacturing, **release cycles** are a key indicator for evaluating the performance of semi-permanent release agents. Whether in **hand lay-up, vacuum infusion, RTM molding, or prepreg processes**, the stability of the release agent directly affects mold efficiency, surface quality consistency, labor and material costs, production cycle time, and delivery schedules. If the release cycles are too low, it means frequent reapplication of the release agent is required. This not only increases cost but also introduces contamination, leading to defects such as **fish eyes, pinholes, and sticking issues**. This article explores how to effectively increase release cycles through **systematic optimization of material selection, application methods, and process control**.

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