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Mold Release Agent Solutions

Featured Silicone Fluids for Release Applications

Our core silicone fluid portfolio engineered for high-performance mold release, crosslinkable coatings, and reactive surface treatment in demanding industrial environments.

BY-209 Amino-modified Silicone Fluid for Mold ReleaseBY-209 Amino-modified Silicone Fluid Release Agent Grade OH-Hydroxy Terminated Silicone Fluid for Mold ReleaseOH-Hydroxy, Terminated Silicone Fluid Release Agent Grade Vinyl Silicone Oil CAS 70900-21-0 Mold ReleaseVinyl Silicone Oil CAS Number: 70900-21-0 Release Agent Grade Methyl Hydrogen Silicone Fluid MH Fluid Mold ReleaseMethyl Hydrogen Silicone Fluid (MH Fluid) ⭐ Core Mold Release
Product Science

What Is Methyl Hydrogen Silicone Oil?

Methyl Hydrogen Silicone Oil (MH Fluid, also known as Polymethylhydrosiloxane or PMHS) is a linear or cyclic siloxane polymer featuring reactive Si–H (silicon-hydrogen) bonds distributed along the polysiloxane backbone. These active hydrogen groups are the defining chemical feature that makes MH Fluid uniquely suited for mold release agent formulations, crosslinking reactions, and surface hydrophobization applications.

⚗️ Si–H reactive groups enable catalytic hydrosilylation crosslinking — the chemical foundation of virtually all platinum-cured silicone release coatings used in modern manufacturing.
Parameter Typical Value / Range Significance for Mold Release
Appearance Colorless to light yellow transparent liquid Easy quality inspection; consistent batch purity
Viscosity (25°C) 20 – 100 mPa·s (grade dependent) Controls film thickness and coating uniformity on mold surfaces
Active Hydrogen Content 1.5 – 1.7 mmol/g Determines crosslink density and release durability
Flash Point > 55°C Safe handling in industrial spray and dip coating lines
Thermal Stability Up to 200°C continuous Withstands high-temperature rubber and plastic molding cycles
Surface Tension ~20 mN/m Excellent wetting on metal, ceramic, and polymer mold substrates
Hydrogen Content (wt%) 1.5 – 1.7% Key specification for hydrosilylation reaction efficiency
$4.8B
Global Silicone Release Agent Market (2024)
6.2%
Projected CAGR Through 2032
25+
Years Bayee Export Experience
40+
Countries Supplied Worldwide
Why Choose MH Fluid

Key Performance Properties for Mold Release Applications

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Reactive Si–H Crosslinking

The active hydrogen bonds in MH Fluid undergo platinum-catalyzed hydrosilylation with vinyl-functional silicones, forming a durable, tightly crosslinked release film that bonds chemically to the mold surface for extended service life — far superior to physically adsorbed wax-based release agents.

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Outstanding Thermal Stability

MH Fluid retains its release performance at continuous operating temperatures up to 200°C, making it ideal for injection molding of engineering thermoplastics, rubber vulcanization, and high-temperature composite curing where conventional hydrocarbon or fluorocarbon release agents degrade rapidly.

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Exceptional Hydrophobization

Upon crosslinking or thermal treatment, MH Fluid imparts extremely low surface energy to mold substrates. Contact angles exceeding 100° are routinely achieved, ensuring molded parts — including rubber, polyurethane foam, epoxy composites, and concrete — release cleanly without surface defects or residue transfer.

⚡

Fast Cure & High Efficiency

Platinum-catalyzed systems using MH Fluid cure rapidly at room temperature or modestly elevated temperatures (60–120°C), enabling high-throughput production lines. Low active hydrogen content grades allow tunable crosslink density, balancing flexibility and hardness in the cured release film.

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Broad Chemical Compatibility

MH Fluid is chemically inert to most molding materials including polyurethane, natural and synthetic rubber, epoxy resins, phenolic compounds, and concrete. It does not stain, corrode, or chemically interact with mold substrates, preserving both part surface quality and mold longevity.

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Low VOC & Regulatory Compliance

Compared to solvent-based fluoropolymer or petroleum-derived release agents, MH Fluid-based formulations can be engineered as waterborne or low-VOC systems, supporting REACH, RoHS, and increasingly stringent workplace and environmental regulations across Europe, North America, and Asia-Pacific markets.

Mold Release Application Scenarios

In-Depth Industrial Application Analysis

Methyl Hydrogen Silicone Oil is the reactive backbone of modern semi-permanent and permanent mold release systems. Its versatility enables deployment across a remarkably wide range of manufacturing sectors.

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Rubber & Tire Manufacturing Mold Release

In tire vulcanization, MH Fluid-based release coatings applied to bladders and mold cavities withstand repeated high-pressure, high-temperature cycles (up to 180°C). The crosslinked silicone film prevents rubber adhesion to steel molds, reduces cycle downtime for manual release agent reapplication, and maintains dimensional accuracy of tread patterns across thousands of cycles. Automotive OEM suppliers and Tier-1 rubber component manufacturers in Europe and Asia increasingly specify MH Fluid-cured release systems over traditional wax or soap solutions.

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Concrete & Construction Precast Mold Release

Precast concrete manufacturers use MH Fluid diluted in carrier solvents or formulated as waterborne emulsions to treat steel, aluminum, and polypropylene form liners. The reactive silicone film prevents cement paste adhesion, enables clean stripping of architectural concrete panels, bridge segments, and tunnel lining elements without surface bugholes or form-face defects. High-rise construction and infrastructure projects across the Middle East, Southeast Asia, and Eastern Europe represent fast-growing demand segments.

✈️

Aerospace Composite Curing Tool Release

Carbon fiber reinforced polymer (CFRP) and glass fiber composite parts for aerospace, defense, and wind energy sectors are cured in autoclave or out-of-autoclave processes at 120–180°C under high pressure. MH Fluid-based semi-permanent release systems applied to Invar, aluminum, or composite tooling provide consistent, non-transferable release layers that do not contaminate bondlines or surface finishes — a critical requirement where secondary bonding or painting operations follow demolding.

🛋️

Polyurethane Foam & RIM Mold Release

Flexible and rigid polyurethane foam molding for automotive seating, furniture, insulation panels, and medical devices relies on MH Fluid-enhanced release formulations. The Si–H groups react with residual isocyanate or catalyst species at the mold interface, forming a barrier that prevents foam adhesion while allowing fine surface detail reproduction. High-speed reaction injection molding (RIM) lines benefit from MH Fluid's fast-cure capability, reducing inter-shot release agent application frequency and boosting throughput by 15–25% versus conventional agents.

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Pharmaceutical & Food-Grade Molding

MH Fluid can be formulated to comply with FDA 21 CFR and EU food contact regulations for use in pharmaceutical tablet compression tooling, confectionery molding, and bakery pan release coatings. The inert, non-toxic nature of cured PMHS-based films ensures no migration of harmful substances into food or drug products. Pharmaceutical manufacturers value the chemical consistency and batch-to-batch reproducibility that certified silicone release systems provide.

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Electronics & Semiconductor Encapsulation

Epoxy molding compounds (EMC) used in IC package encapsulation require release agents that do not contaminate bond pads, lead frames, or optical surfaces. Ultra-low viscosity MH Fluid grades are incorporated into internal mold release (IMR) formulations within the EMC itself, or applied as external coatings on transfer molding tools. The result is consistent ejection of fine-pitch BGA, QFN, and power module packages without mechanical damage or ionic contamination — critical for semiconductor yield and reliability.

Industry Intelligence

Market Trends & Commercial Developments

The global mold release agent industry is undergoing structural transformation driven by sustainability mandates, advanced manufacturing adoption, and expanding end-use sectors. MH Fluid sits at the intersection of these growth vectors.

01

Shift to Semi-Permanent & Permanent Release Systems

Manufacturers are rapidly transitioning away from sacrificial, per-shot release agents toward semi-permanent MH Fluid-cured coatings that last hundreds of cycles. This reduces labor costs, minimizes release agent consumption by up to 80%, and eliminates contamination risk in precision molding. The automotive and aerospace sectors are leading adopters, with food processing and medical device manufacturing following closely.

02

Waterborne & Low-VOC Formulation Demand

Regulatory pressure from REACH in Europe, EPA VOC limits in the USA, and GB standards in China is accelerating demand for waterborne MH Fluid emulsion-based release agents. Bayee and leading formulators are investing in stable, high-active-content PMHS emulsions that deliver equivalent performance to solvent-borne systems, enabling compliance without sacrificing release efficiency or mold surface quality.

03

EV & New Energy Vehicle Manufacturing

The explosive growth of electric vehicle production is creating new demand for MH Fluid-based release agents in battery pack housing molding, structural composite body panels, power electronics encapsulation, and thermal management component manufacturing. EV battery cell-to-pack assembly requires ultra-clean release surfaces free from ionic or silicone transfer — driving specification of high-purity MH Fluid grades.

04

Wind Energy Composite Blade Manufacturing

Wind turbine blade production is one of the fastest-growing application segments for MH Fluid mold release systems. Each blade — up to 100 meters in length — requires large-area infusion or prepreg mold tools treated with semi-permanent release coatings. The global wind energy capacity expansion, particularly in offshore installations across Europe, China, and the USA, is projected to drive double-digit annual growth in composite tooling release agent consumption through 2030.

05

Asia-Pacific Manufacturing Expansion

China, India, Vietnam, Thailand, and Indonesia are experiencing rapid industrial capacity expansion in rubber, plastics, construction, and electronics manufacturing. Local demand for cost-competitive, high-quality MH Fluid-based release agents is growing at 8–12% annually. Bayee's strategic factory network across Zhejiang, Jiangsu, and Shandong provinces positions us to supply these markets with competitive EXW pricing and rapid logistics response.

06

Functional Coating Integration

Beyond pure mold release, MH Fluid is increasingly integrated into multifunctional coating formulations that simultaneously provide release, hydrophobicity, anti-fouling, and even antimicrobial properties. Research collaborations between silicone chemical suppliers and coating formulators are producing next-generation products for marine, medical, and construction applications — expanding the total addressable market for MH Fluid well beyond traditional release agent use.

Trusted Manufacturer & Exporter

Welcome to Bayee — Your Silicone Chemistry Partner

Hangzhou Bayee Chemical Co., Ltd.

Hangzhou Bayee Chemical Co., Ltd. started chemical products exporting from 2001, manufacturers based exporter focused in chemical products covering Silicone series, Phosphorus series including Silicone Monomers, Cyclosiloxane, Silicone Oils, Agro Chemicals, Fire Retardants & Auxiliaries etc. Company has direct Import & Export right, Dangerous Cargo Permission Certificate.

Based on 20+ years exporting history and persistent improvements, we have now grown and developed into a well known & good reputation exporter with ISO 9001:2015, AAA Credit certified company, also granted by local government as Healthy Enterprise, and A level Tax Ranking.

Based on strategic factories in Zhejiang, Jiangsu, Shandong, Anhui, Jiangxi, Hubei, Hunan, Hebei and Henan provinces etc, we export not only good quality products, competitive EXW costs, but also honesty, safety and international philosophies to customers.

  • Business Licence / Social Credit Code: 91330108759549090L
  • Dangerous Cargo Certificate No.: [2025] 06002608
  • Import & Export Certificate No.: 02306457
  • AAA Credit Rating No.: BRC24AAA10012R2S
  • ISO 9001 Certificate: BRC2024Q10513R2S
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About Bayee Chemical - Silicone Oil Manufacturer
25+

Years R&D and Production Experience in Silicone Chemistry

Company Profile

About Bayee — Global Supply Chain Excellence

We work tightly with competitive production sites across whole China, who have special advantages, located in professional industrial areas, close to raw material bases, locally supplied with energy — gas or steam pipe connected with neighbour enterprises in same areas to reduce transportation costs. Our factories have advanced ideas in technique crafts for higher yield production, unit consumption reducing from raw materials, also re-used the by-products for own downstream production for other products.

We always keep close observation about raw material changing trend, react actively with factories shoulder by shoulder from organizing raw material at good times to secure more competitive production costs and share spaces with customers helping win their market shares. At the same time, we have wide connection with Chinese powerful chemical institute organizations for testing and supervising quality control in production process.

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Our Facilities

Bayee Production & Quality Assurance

Bayee Chemical Factory 1Bayee Chemical Factory 2Bayee Chemical Factory 3Bayee Chemical Factory 4
Credentials & Compliance

Certified Quality You Can Trust

Business Licence / Social Credit Code91330108759549090L
Dangerous Cargo Certificate[2025] 06002608
Import & Export CertificateNo. 02306457
AAA Credit RatingBRC24AAA10012R2S
ISO 9001:2015 CertificateBRC2024Q10513R2S
Government RecognitionHealthy Enterprise & A-Level Tax Ranking

GLOBAL BUSINESS REACH

Up till now we've developed and supplied to many countries and areas all over the world, with main markets in European countries (Germany, Italy, UK, Spain, Ukraine, Russia, Poland, etc.), USA, South America, Mid East, South-east Asia, Australia, etc. Also seeking more strategic partners and customers under mutual benefits and work through the whole purchasing chain.

🇩🇪 Germany 🇮🇹 Italy 🇬🇧 United Kingdom 🇪🇸 Spain 🇺🇦 Ukraine 🇷🇺 Russia 🇵🇱 Poland 🇺🇸 USA 🌎 South America 🌍 Middle East 🌏 Southeast Asia 🇦🇺 Australia
Complete Silicone Fluid Range

More Silicone Products for Mold Release & Industrial Applications

Explore our comprehensive silicone fluid portfolio — all products available for export worldwide with competitive EXW pricing and reliable logistics.

BY-209 Amino-modified Silicone Fluid Mold ReleaseBY-209 Amino-modified Silicone Fluid Mold Release Grade OH-Hydroxy Terminated Silicone Fluid Mold ReleaseOH-Hydroxy, Terminated Silicone Fluid Mold Release Grade Vinyl Silicone Oil CAS 70900-21-0 Mold ReleaseVinyl Silicone Oil CAS Number: 70900-21-0 Mold Release Grade Methyl Hydrogen Silicone Fluid MH Fluid Mold ReleaseMethyl Hydrogen Silicone Fluid (MH Fluid) ⭐ Core Mold Release Hydrogen-terminated Silicone Oil Mold ReleaseHydrogen-terminated Silicone Oil Mold Release Grade Amino Silicone Fluid Release Coating ApplicationAmino Silicone Fluid — Release Coating Application Coating Grade Hydroxy Terminated Silicone Fluid Rubber Mold ReleaseHydroxy Silicone Fluid — Rubber Mold Release Rubber Grade Methyl Hydrogen Silicone Fluid Composite Tooling Mold ReleaseMH Fluid — Composite Tooling Mold Release Composite Grade
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Contact Bayee Chemical's technical team for product specifications, samples, competitive pricing, and customized silicone fluid formulation recommendations for your specific mold release application.

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