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Why Thermal Silicone Oil Became the “Invisible Champion” in EV Battery Packs

With the rapid growth of electric vehicles (EVs) and large-scale energy storage systems, battery thermal management has become more critical than ever. High temperatures, dense current flow, and long-term cycling impose strict requirements on the safety and lifespan of battery packs. As a core component of thermal interface materials (TIMs), thermal silicone oil has emerged as an “invisible cha

Limited New Silicone Capacity in 2026: Will Silicone Oil Prices Follow, and How Should Procurement Prepare?

As the global silicone market remains active, industry consensus is clear: new silicone capacity in 2026 will be extremely limited. Inner Mongolia Xingfa plans to bring approximately 100,000 tons of monomer capacity online, while no other large-scale projects are expected in other regions. For downstream silicone oil manufacturers and procurement teams, this implies that the supply-demand balan

Dow Just Raised Prices 10%-20%! Can Domestic Silicone Oils Seize the “Import Substitution” Opportunity?

In December 2025, global chemical giant Dow announced a 10%-20% price increase for its silicone products in the Greater China region. The move immediately stirred discussions across the industry: for companies heavily reliant on imported silicone, raw material costs are set to rise further. Meanwhile, the question emerges—can domestic silicone oils fill the gap and capture this emerging opportu

Changlian Tech Soars 1,700% on Debut! Is Its Organosilicon Material Related to the Silicone Oil You Use?

Many users wonder: Is the material produced by this company related to the silicone oil they encounter in daily life? The answer is: highly related—but far more advanced and specialized. Take semiconductor packaging as an example: the phenyl-modified silicone oil used must meet stringent requirements—metal ion content below 1 ppm, extremely narrow molecular weight distribution, and

Domestic vs. Imported Silicone Oil: Is the Gap Really About Quality—or Just Ingrained Perception?

Are You Checking REACH and the SVHC List for Silicone Oil Exports to the EU?

As of the end of 2025, the European Chemicals Agency (ECHA) has officially included: in the SVHC Candidate List, citing “persistent, bioaccumulative, and toxic (PBT)” properties for D4 and “long-term toxicity to aquatic environments” for D5. Submit a notification to ECHA, and Communicate safe use information down the supply chain. Rec

Is Your Defoamer “Failing”? The Issue May Lie in Silicone Oil Compatibility with the Coating System

Traditional silicone-based defoamers are widely used for their low surface tension and rapid bubble-breaking ability. However, they often “malfunction” in complex coating formulations due to poor compatibility. The key lies in their hydrophilic-lipophilic balance (HLB): If the EO content is too high, the silicone oil becomes overly soluble in waterborne systems, preventing it from

Why Do Thermal Greases for New Energy Batteries Require “Custom” Silicone Oils? Viscosity Directly Impacts Heat Dissipation Efficiency

As the new energy vehicle and large-scale energy storage sectors accelerate, battery thermal management has become critical to safety and service life. As a core component of thermal interface materials (TIMs), silicone oil is not something that can be “added arbitrarily”—its viscosity selection directly determines the thermal resistance performance and long-term reliability of the therma

Food-Grade Silicone Oil ≠ Medical-Grade Silicone Oil! Clarifying the Compliance Boundary Between FDA 21 CFR and USP Class VI Is Urgently Needed

Under the U.S. regulatory framework, food-grade silicone oil must comply with 21 CFR §177.2600 of the Code of Federal Regulations. The core requirement involves testing under simulated food-contact conditions (e.g., immersion in hot oil for 7 days), ensuring that non-volatile residues remain below specified limits to prevent harmful migration. However, this standard does not includ

Solving Residue Issues in Rubber Mold Release Agents: Silicone Oil Molecular Weight Is the Key Variable

“Many factories assume that the ‘thicker’ the silicone oil, the better the performance—but it’s actually the opposite,” notes an organosilicon application engineer. Experimental data show that when release agents are formulated with silicone oils having viscosities above 1000 cSt (high molecular weight), they form relatively thick films (>1.5 μm) on mold surfaces. Due to their long polymer cha

Domestic High-Purity Silicone Oil Helps Cosmetic OEMs Overcome Emulsion Stability Challenges

“As soon as we switch to a new batch of silicone oil—even with the exact same formulation—the emulsion breaks. More often than not, the problem isn’t the process; it’s the raw material,” shared a cosmetic formulator based in Eastern China. To address this pain point, several domestic high-purity silicone oil suppliers have now established dedicated quality control standards specifically for

Why Low-Volatility Silicone is Crucial for Electronic Encapsulation Excess VOC Can Cause Board Failure

“Power modules failing right out of the factory? Encapsulant full of bubbles, cracking, or peeling after high-temperature aging?” Such failures are costly. Surveys show that VOCs exceeding limits cause >18% device failures, with single-batch losses reaching tens of thousands of dollars. Experts warn: low-volatility silicone is essential. Excessive volatile content is the main cause of board

Textile Softening Problems? 90% Caused by HLB Mismatch

“Does your silicone emulsion separate after standing, stick to rollers during finishing, or cause yellowing on white fabrics?” These issues are common in textile dyeing and finishing plants. Industry surveys show that improper use of silicone oils can push rework rates to 20%, with single incidents causing losses of tens of thousands of dollars. Experts emphasize that 90% of these problems are

Why High-End Molding Requires Modified Silicone Oils

The Core Reason Ordinary Silicone Oils Fail In precision injection molding and metal die casting, demolding stability directly impacts product quality and productivity. Industry data shows that improper demolding agents can cause defect rates exceeding 15%, with standard dimethyl silicone oils performing especially poorly under high temperatures. Experts agree that only modified silicone

High-Performance Crosslinker for Advanced Addition-Curing Silicone Materials

In addition-cured silicone systems, the structure and purity of the crosslinker directly affect curing efficiency and final performance. End-functional hydrogen-containing phenyl silicone oil IOTA-234 (Chemical Name: 3,5-Bis(dimethylsiloxy)-1,1,7,7-tetramethyl-3,5-diphenyltetrasiloxane, CAS: 66817-59-2) is a high-purity, low-molecular-weight hydrogen-containing phenyl siloxane. Thanks to its we

Phenyl Vinyl Silicone Oil IOTA-252

As a key active component of addition-cured phenyl silicone rubber, Phenyl Vinyl Silicone Oil IOTA-252 (Di-vinyl-terminated Phenyl Methylsiloxane, CAS: 225927-21-9) offers well-defined structure, controllable reactivity, and batch-to-batch consistency, and has been reliably used for years in high-temperature, radiation-resistant, and high-insulation silicone rubber applications. IOTA-252

IOTA Epoxy Phenyl Silicone Oil for High-Performance Resin Modification

With the increasing demand for extreme-environment resistance, electrical insulation, and flexibility in advanced composite materials, epoxy phenyl silicone oil (IOTA Series) has emerged as a reactive organosilicone modifier for upgrading epoxy, polyurethane, and polycarbonate systems. This solvent-free product is a diglycidyl-terminated phenyl trisiloxane, with typical specifications as

IOTA Structural Control Agents for Stable High-End Silicone Rubber Processing

In the production of high-performance silicone rubber products, processing stability and batch-to-batch consistency are critical. As a key processing additive, hydroxyl-terminated phenyl methylsiloxane–dimethylsiloxane copolymers (IOTA Series structural control agents) have played an irreplaceable role for many years in silicone rubber compounding, extrusion, and molding processes, thanks to th

IOTA-255 Series: Leading Domestic High-Performance Phenyl Silicone

As a top-selling phenyl silicone oil product in China, the IOTA-255 series from IOTA has been widely applied in high-temperature lubrication, electrical insulation, and special damping fields, gradually replacing some imported counterparts, thanks to its wide temperature adaptability, excellent comprehensive performance, and more competitive cost.

IOTA 250-30 Low-Viscosity Silicone Serves Electrical & Temp-Sensitive Scenarios

As a mature and stable polymethylphenylsiloxane product, the low-viscosity methylphenyl silicone oil IOTA 250-30 has maintained reliable application in fields with high requirements for material stability such as power electronics, instrumentation and temperature control systems for many years, relying on its low viscosity, low pour point and excellent electrical properties.

IOTA705 UHV Diffusion Pump Oil Supports Cutting-Edge R&D & High-End Mfg

In the scientific research and industrial fields with extremely strict requirements for vacuum environments, the ultra-high vacuum (UHV) diffusion pump oil IOTA705 (domestic grade 275) has stably served key equipment such as electron microscopes, high-vacuum coating equipment, accelerators and special light sources for many years, relying on its extremely low saturated vapor pressure a

IOTA AKT: Key to High-End Organosilicon Synthesis

IOTA 259A High-RI Silicone Serves Optics & Fine Chemicals

IOTA BJ710 Phenyl Silicone Serves Nuclear & High-Reliability Industries

IOTA-255B High-Temp Lubricant Serves Wide-Temp Industrial Scenarios

IOTA-255C Low-Temperature Resistant Silicone Oil Continues to Serve High-End Application Fields

“Breathing” Silicone Sealants Drive Green Building Boom

By the end of 2025, high-performance silicone sealants for construction are quietly transforming the market. Boosted by the “Good Housing” policy, ultra-low energy standards, and urban renewal, these sealants offer high durability, low VOC, self-cleaning, and photocatalytic features, emerging as hidden stars in green building materials. Policy fuels demand: New regulations require public

Medical-Grade Silicone Emerges as “Hidden Champion” in 2025

By the end of 2025, high-purity, biocompatible medical-grade silicone has quietly grown over 40% annually. It’s the key material for humanoid robot “skin” and core component in high-end medical implants and fillers, making it a true hidden champion of the industry. Robotics drive demand: With production ramp-ups for Tesla Optimus and Xiaomi CyberOne, the need for soft, sensor-integrated

PV Sealants and Battery Gels Power Growth: High-End Silicones Anchor 2025

While “Liquid Glass” captures consumer attention, the real foundation of the silicone industry in industrial and new-energy markets lies in two fast-growing, high-end products: PV module sealants and battery encapsulation gels. By December 2025, these segments have become the most resilient growth drivers of the silicone market. According to the China Adhesives and Tape Industry Associati

From Industrial Material to Stress-Relief Star: “Liquid Glass” Breaks Out in 2025

By December 2025, the hottest silicone product is no longer from traditional industrial uses, but an innovative plastic silicone rubber known as “Liquid Glass.” With its dual identity as a stress-relief toy and functional material, it has rapidly gone viral in the consumer market. 🔥 Why is “Liquid Glass” trending? Launched by Wynca Group in early December 2025, the material quickly gaine

Standards Drive Low-Carbon Transition in Silicone Industry

The development of standards in the silicone industry is fundamental, guiding, and constraining for low-carbon transformation. It is a core support for shifting the industry from “passive emission reduction” to “systematic decarbonization.” The impact is reflected in four key areas: 1. Standardizing Carbon Footprint Accounting to Solve “Data Distortion” Currently, carbon emission

Policy Boost Drives Green Transition in Silicone Industry

National policies provide multi-level, systematic support for the green transition of the silicone industry, incorporating it into the core tracks of new materials, high-end manufacturing, and the “dual carbon” strategy, forming a “encourage + constrain + empower” integrated policy framework: 1. Top-Level Design Clarifies Su

Silicone Industry Green Transition Challenges: High Costs, Technical Bottlenecks, and Lack of Standards

Although the green transition of the silicone industry has become a consensus, its implementation still faces multiple practical challenges, mainly reflected in the following five aspects: 1. High Energy Consumption and Emissions Are Hard to Break in the Short Term The synthesis of silicone monomers (DMC) requires high temperature and high pressure, relying heavily on steam and el

Green Intelligent Manufacturing: Core Engine for Silicone Industry Growth

Green intelligent manufacturing in the silicone industry has evolved from a “supporting tool” to a core competitive advantage and transformation engine. Its impact is reflected in the following five key dimensions: 1. Tackling High Energy Consumption and Emissions, Achieving Low-Carbon Transition Silicone production is a typical high-energy process industry, with comprehensive ene

Silicone Industry Enters High-Barrier, Strong-Integration Phase

The future silicone market will exhibit three core characteristics: “one dominant player with multiple strong competitors,” chain-style competition, and breakthroughs in high-end segments. The industry is accelerating its shift from scale expansion to quality- and technology-driven growth: 1. “One Dominant, Multiple Strong” Structure Solidifies, Concentration Continues to Rise Hos

Silicone Supply–Demand Turning Point Has Arrived

As of December 2025, the silicone market is undergoing a critical transition—from prolonged oversupply toward a tight balance, and in some periods even structural tightness. This shift is mainly driven by the following factors: I. Supply Side: Capacity Expansion Slows Sharply, Proactive Production Cuts Become the Norm

Silicone Industry Reaches a Major Turning Point: DMC Prices Surge 20% as Industry Leaders Unite to Curb “Involution,” Igniting the Market

In December 2025, the silicone industry is undergoing dramatic changes. After more than a year of price declines and excess capacity, the core product Dimethyl Cyclosiloxane (DMC) has become the market focus—prices have surged by over 20% within just one month, with spot quotations approaching RMB 13,500 per ton. This price rally is no coincidence. According to multiple sources, in

China Sets Dual-Pillar Economic Strategy for 2026: Boost Domestic Demand and Curb

The conference explicitly identified this mismatch as a key bottleneck constraining high-quality development, calling for systemic reforms to address it. Significantly, policymakers are now linking “expanding domestic demand” with a renewed push to combat so-called “involutionary competition”—a term widely used in China to describe destructive, low-efficiency rivalry characterized by overcapaci

Platinum Futures Hit Daily Limit, Sparking Market Attention — Organosilicon Sector Shows Steady Improvement Ahead of Year-End Rally

Analysts note that this strong rally in platinum prices is not driven by short-term speculative sentiment but is instead underpinned by robust fundamentals. In recent years, the global platinum-palladium market has remained in a state of persistent supply shortages and low inventory levels. Meanwhile, platinum’s irreplaceable role in traditional automotive exhaust catalysts—combined with its ac

Domestic Silicone Catalysts Upgrade to Support Green Production and Cost Efficiency

In October 2025, the Shandong Copolymer Silicone Technology Research Institute launched the second-generation GJ-100 phosphazene base catalyst, injecting new momentum into the green upgrading of the polysiloxane industry. This upgraded product retains the core advantages of the first generation—high catalytic efficiency, no metal residues, and no cyclic by-products—while optimizing preparation pro

Henkel Launches 14.5 W/m·K Thermal Conductive Material to Solve AI Optical Module Heat Dissipation Challenges

Recently, Henkel has commercialized its ultra-high thermal conductive silicone-based liquid thermal interface material, Loctite TCF 14001, specifically designed for AI data center 800G–1.6T optical modules. The product uses a two-component silicone formula combined with unique filler technology, achieving a thermal conductivity of 14.5 W/m·K, leading the industry. While ensuring ultra-high heat tr

Dow Chemical Leads Price Increases, Global Silicone Market Faces Adjustment Wave

On November 25, 2025, global chemical giant Dow Chemical announced that starting December 10, it would raise prices by 10–20% for major silicone products under its Xiameter business line in Greater China. This move triggered a chain reaction in the industry, with domestic companies following suit, pushing the silicone market into a rising price trend. Behind this price increase is a deep adjustmen

Industry Coordination Cuts Production to Support Prices, Silicone DMC Surges 20%

In November 2025, the silicone industry saw a wave of “anti-internal competition” initiatives. Mid-November, mainstream domestic monomer producers held an industry meeting and reached a consensus to reduce operating rates by 30%, with plans to implement the cuts in early December. Previously, due to the surge in production capacity in 2024, DMC prices had fallen to around 11,000 RMB/ton, near the

Explosive Demand from New Energy Vehicles: Per-Vehicle Usage Triples Compared to Traditional Cars

Emerging sectors are becoming the core growth engine for the silicone industry, with new energy vehicles (NEVs) and photovoltaics contributing the main increments. Data show that traditional internal combustion engine vehicles use only 5–7 kg of silicone per car, mainly in areas such as rubber seals and tires. In contrast, NEVs, driven by the additional demand for battery potting adhesives, see

Industry Collaboration Fights “Internal Competition,” Prices Soar 20% in a Single Month

The two-year downturn in the silicone industry may be coming to an end, as frequent “anti-internal competition” moves in November have triggered a price rebound. Since the production expansion wave that began in 2021, the industry saw a surge in capacity, leading to fierce low-price competition. In November, Luxi Chemical and Hesheng Silicon led industry meetings, reaching a consensus on “cutti

The Organosilicon Industry Continues to Climb: Production Cuts Implemented and Performance Recovery Adds New Momentum

Recently, the organosilicon industry’s prosperity has continued to rise. Building on supply-demand optimization, technological breakthroughs, and explosive high-end demand, new dynamics such as the implementation of production cuts and improvement in leading companies’ performance highlight the resilience of the industry’s recovery. On the supply-demand side, efforts to “reverse internal

The Organosilicon Industry Benefits from Multiple Tailwinds: Supply-Demand Optimization, Technological Breakthroughs, and Surging High-End Demand

Recently, the organosilicon industry has shown three key highlights: optimization of supply and demand, technological breakthroughs, and explosive growth in high-end demand, indicating a strong development momentum. On the supply-demand side, the industry’s efforts to “reverse internal competition” have shown significant results. In November, leading companies such as HOSHI Silicon and Lu

Vinyltrichlorosilane: A Highly Reactive Core Monomer for Silicone Synthesis

In the core arena of silicone material synthesis, vinyltrichlorosilane stands out as a highly reactive monomer with a unique molecular structure, driving downstream industry upgrades. Combining the polymerization activity of the vinyl group with the versatile reactivity of the trichlorosilyl group, along with flexible packaging options, it perfectly meets the high-end synthesis requirements of

Chlorodimethylphenylsilane: The High-Performance Silane Monomer Empowering Fine Chemical Synthesis

In the realm of fine chemicals and high-end organosilicon material synthesis, Chlorodimethylphenylsilane stands out as a core silane monomer driving material upgrades, thanks to its exceptional molecular structure and stability. Combining the unique properties of the phenyl group with the high reactivity of the chlorosilane moiety, it meets diverse high-end synthesis requirements and provides a

Phenyltriethoxysilane: The Core Enabler for Silicon-Based Material Synthesis

Amid the wave of innovation and upgrading in silicon-based materials, Phenyltriethoxysilane stands out as a key raw material for R&D and industrial production across multiple fields, unlocking limitless possibilities. As a high-performance silane monomer, it is preferred in high-end organosilicon synthesis due to its high purity, multifunctionality, and ease of processing. Core Prod

Methyltrimethoxysilane IOTA-20: Core Crosslinking and Coupling Agent for Silicon-Based Materials

In the fields of silicone rubber, silicone resin, and glass fiber modification, Methyltrimethoxysilane IOTA-20 has become a key additive linking the preparation of various silicon-based materials, thanks to its high-purity quality and precise chemical reactivity. Its clear chemical identification—English name Methyltrimethoxysilane, CAS No.: 1185-55-3, and structural formula CH₃Si(OCH₃)₃ (molec

Small Particle Size Silica Sol: High-Performance Inorganic Colloidal Material Empowering Multiple Industries

In the application system of inorganic colloidal materials, small particle size silica sol has become a key material driving the upgrading of multiple industries due to its ultra-fine particle structure and excellent surface activity. As a stable colloidal solution with nanoscale silica as the dispersed phase, its unique small particle size imparts an extremely high specific surface area and st

IOTA-231 Hydrogen-Terminated Phenyl Silicone Oil: The Efficient Crosslinking Adapter for Silicon-Based Materials

In the preparation systems of addition-cure silicone rubber and phenyl silicon-based materials, IOTA-231 hydrogen-terminated phenyl silicone oil (including hydrogen phenyl silicone oil) stands out as a critical crosslinking core that determines product performance due to its unique molecular structure and excellent compatibility. As a hydrogen-terminated linear phenyl silicone oil, its precise

Tetra-Propoxy Silane IOTA 933: A Core and Essential Raw Material for Organosilicon Synthesis

In the organosilicon synthesis system, tetra-propoxy silane IOTA 933 stands out as a critical bridge linking basic chemical synthesis to advanced materials, thanks to its high purity and versatile chemical reactivity. As the designated product name for n-propyl orthosilicate (tetra-n-propyl silicate), its well-defined chemical structure Si(OC₃H₇)₄ endows it with stable and diverse application p

Long-Chain Alkyl Silicone Oil: The Performance Innovator of the Silicone Oil Family

Why choose long-chain alkyl silicone oil when selecting silicone oils? The answer lies in its groundbreaking molecular structure—replacing part of the methyl groups in traditional polydimethylsiloxane with alkyl chains containing more than 12 carbons. This modification allows it to break free from the performance limitations of conventional silicone oils. It retains inherent advantages such as

Who is the “All-Purpose Assistant” in Industrial Manufacturing?

From the molding of precision components to wrinkle-resistant fabric finishing, from defoaming in chemical production to the manufacturing of automotive seals, many aspects of industrial manufacturing rely on an “all-purpose assistant” — silicone. Thanks to its customizable properties, silicone can meet the specific needs of different industries, making it an indispensable auxiliary material in

What Is the “Sensory Secret” of Personal Care Products?

The refreshing, non-greasy feel of skincare on the face, the smooth and long-lasting coverage of foundation, and the silky shine of hair after shampooing—all these pleasant experiences rely on a “sensory secret”: silicone. As a core additive in personal care products, silicone may not provide nutrients directly, but it significantly enhances product performance and elevates the consumer experie

Why Does the Medical Field Favor Silicone?

The healthcare sector demands exceptionally stringent material standards: materials must be non-toxic, odorless, compatible with human tissues, and able to withstand various sterilization methods. Among numerous options, silicone stands out as a “favorite” in medical applications, widely used in everything from implantable devices to cosmetic care. The core strength of silicone lies in it

Who is the “booster” behind the new-energy industry?

Photovoltaic modules that operate outdoors for more than 25 years, new-energy vehicles that can run safely for hundreds of thousands of kilometers—behind the rapid rise of these green industries stands an important “booster”: organosilicon materials. With their unique properties, they provide core reliability and durability for new-energy products, becoming an indispensable material for the gre

What Is the “Stabilizer” of Electronic Devices?

Modern electronic devices are becoming increasingly compact while delivering ever more powerful performance. Smartphones can run intensive games for hours without lag, and cables in nuclear power plants can operate stably for years under high temperatures. All of this depends on an essential “stabilizer” — silicone materials. With their unique properties, silicones have become indispensable cor

Where Is the “Longevity Code” of a Building Hidden?

The secret to a building that can withstand wind, rain, and environmental erosion for decades—or even centuries—often lies in those unobtrusive connection gaps. And organic silicone is the core force that protects these gaps. As one of the most widely used materials in the construction sector, the value of silicones has long surpassed that of ordinary auxiliaries, becoming a key factor in deter

Ethyl Silicone Oil: Ultra-Low-Temperature Performance Analysis and Application Overview

Ethyl silicone oil, as a distinctive member of the organosilicon materials family, stands out in low-temperature operational environments due to its exceptional ultra-low-temperature resistance. Compared with conventional silicone oils, the introduction of ethyl groups enhances the flexibility of the molecular chain and improves low-temperature fluidity, making it a key material for ensuring eq

Phenyl Silicone Oil: Performance Analysis and Application Overview

As an important member of the silicone materials family, phenyl silicone oil occupies a key position in various industrial and consumer fields thanks to the superior properties derived from its unique molecular structure. Compared with conventional silicone oils, the introduction of phenyl groups gives it significantly enhanced high-temperature resistance, stability, and adaptability, making it

Application Advantages of Silicone Oil in Automotive Care

Silicone oil is a "multitasker" in the automotive care industry, demonstrating excellent lubrication, film-forming, and anti-aging properties. It plays a key role in car interior maintenance, exterior care, and component lubrication, helping maintain vehicle aesthetics and prolong component life. Car Interior Maintenance Silicone oil is most widely used in leather seats and plastic parts

Application Advantages of Silicone Oil in Oral Care

Silicone oil in oral care is an "innovative ingredient" that combines protection and care. Through special purification treatments, medical-grade silicone oil demonstrates excellent film-forming properties and biocompatibility, offering unique advantages in caries prevention, sensitivity reduction, and fresh breath, making it a core ingredient in new functional toothpaste. Caries Preventi

Application Advantages of Silicone Oil in the Coatings Industry

Silicone oil acts as a "performance optimizer" in the coatings industry, playing an irreplaceable role in key scenarios such as leveling improvement, weather resistance, and wear enhancement, thanks to its excellent surface activity and stability. It helps make coating products more adaptable to diverse usage needs. Leveling Optimization During the application of coatings, defects such a

Application Advantages of Silicone Oil as an Antifoaming Agent

As an antifoaming agent, silicone oil is hailed as the "high-efficiency foam breaker" in industrial production. With its extremely low surface tension and excellent stability, silicone oil provides fast foam breakage and long-lasting foam suppression in foam-prone scenarios such as chemical reactions, food fermentation, and water treatment. Fast Foam Breaking Silicone oil microparti

Application Advantages of Silicone Oil in Agricultural Production

In agricultural production, silicone oil is considered a "performance booster" for pesticides and fertilizers. By optimizing the properties of the liquid, silicone oil significantly improves farming efficiency, especially in pesticide enhancement, foliar fertilizer absorption, and resistance to rainwater wash-off. Pesticide Enhancement After traditional pesticide spraying, due to th

Application Advantages of Silicone Oil in Textile Printing and Dyeing

Silicone oil is known as the "texture magician" in the textile printing and dyeing industry. With its unique modification technology and surface treatment capabilities, silicone oil demonstrates remarkable advantages in fabric softening, fluffiness optimization, and wrinkle resistance, elevating ordinary fabrics into high-end products with exceptional texture. Softening and Finishing

Advantages of Silicone Oil in the Medical and Healthcare Industry

The medical and healthcare industry has stringent requirements for material safety and compatibility. After special treatment, silicone oil exhibits excellent biocompatibility, chemical stability, and safety, making it a critical material in medical consumables and pharmaceutical formulations to ensure effective treatments and patient safety. Medical Consumables Silicone oil’s bioco

Advantages of Silicone Oil in the Personal Care and Cosmetics Industry

Silicone oil, with its gentle skin affinity, strong stability, and excellent skin feel, has become an essential raw material in the personal care and cosmetics industry. It enhances product performance and improves user experience in skincare, haircare, and makeup products, earning broad market recognition. Skincare Silicone oil’s ability to retain moisture and regulate skin feel is

Advantages of Silicone Oil in Industrial Manufacturing

Silicone oil, a polymer compound with a silicon-oxygen backbone and organic groups attached to its side chains, has become a key material for enhancing product performance in industrial manufacturing due to its excellent properties, including heat resistance and chemical stability. It shows remarkable advantages, particularly in three main areas: mechanical lubrication, electronics and electric

Supply and Demand Restructuring: The Silicone Industry Enters a

In November 2025, the silicone industry is undergoing multi-dimensional structural changes on both the supply and demand sides, entering a crucial transformation period characterized by "internal capacity adjustments and external market expansion." 1. Supply Side: Overcapacity Domestically and Exit of Overseas Capacity On the supply side, there is a stark contrast between domestic

Humanoid Robot Breakthrough Opens Up the

At the 7th Xpeng Technology Day, the debut of the humanoid robot IRON not only created a buzz in the tech world but also presented a new growth opportunity for the silicone industry. According to Xpeng’s official introduction, the fully-covered flexible skin on IRON is made with silicone as the core material. This material provides the robot with a skin-like feel and flexibility, while also off

ndustry Resumes Anti-Competition Negotiations: Can Production Cuts and Price Protection Break the Historical Cycle?

Facing persistently low product prices, in November 2025, domestic silicone companies have once again gathered to negotiate and promote anti-competition measures, drawing widespread attention within the industry. The core goals of these negotiations are clear: To push the price of the core silicone product DMC back up to a reasonable range of over 12,000 RMB per ton.

Silicone Concept Stocks Spark Limit-Up Surge, Market Enthusiasm Fueled by Supply-Demand Improvement Expectations

In November 2025, the silicone capital market experienced a strong breakout, with multiple rounds of limit-up surges, making it the undisputed "star sector" of the chemical industry. Limit-Up Feast, Overall Sector Gains Exceed 5% On November 7th, silicone concept stocks led the charge with a limit-up surge, and the overall sector gained more than 5%. Dongyue Silicone and Ruitai New

Polysilazane: The Legendary “Transformable Material” – Easy to Apply at Room Temperature, Converts to Ceramic at High Temperatures

In the realm of advanced materials, the age-old dilemma of “having to choose between flexibility and high-temperature resistance” has long been a limiting factor—plastics are easy to shape but fail under extreme heat, while ceramics withstand harsh environments but are difficult to process. The emergence of polysilazane has completely broken this industry curse. It combines the processing flexi

Polysilazane: Breaking Application Barriers and Adapting to Metals, Plastics, and Glass as a Versatile Coating Raw Material

In the coatings industry, “difficulty in adapting to different application scenarios” has long been a core challenge for enterprises. Metal protection coatings must balance corrosion resistance and adhesion, plastic coatings need to overcome poor adhesion and wear resistance limitations, and glass coatings require easy-to-clean surfaces and high-temperature stability. Traditional raw materials

Polysilazane with Si–N Bonds: An Innovative Solution for Coating Challenges and Universal Substrate Compatibility

In coating production and application, two major pain points have long plagued manufacturers — complex construction processes and poor substrate compatibility. Traditional coatings often depend on high-temperature curing, which leads to high energy consumption and long processing cycles. Moreover, differences in substrate surface properties frequently cause insufficient adhesion to metals or po

Liquid Polysilazane with Si–N Structure: The All-in-One Solution to Coating Curing and Adhesion Challenges

In the coating industry, low curing efficiency and poor substrate adhesion have long been major obstacles limiting production efficiency and product quality. For enterprises requiring room-temperature application, balancing easy processing with coating stability remains a difficult challenge — traditional resin systems often fail to meet these dual demands. However, liquid polysilazane containi

China’s Phenyl Silicone Oil IOTA255 Leads the World: Challenging Global Giants and Breaking into the High-End Market

Recently, China’s phenyl silicone oil product IOTA255 has gone viral for its outstanding performance, breaking the long-standing dominance of international brands in the high-end market. Facing global benchmarks such as Dow Chemical, Shin-Etsu, and Wacker, IOTA255 has not only achieved performance parity but also demonstrated superior advantages in multiple key application scenarios, redefinin

When Culture Meets Technology: Silicone — The Silent Guardian of Creative Fridge Magnets

When Culture Meets Technology: Silicone — The Silent Guardian of Creative Fridge Magnets Lately, China’s cultural fridge magnets have taken social media by storm — from the “Turning Luck” oracle bone design from Yinxu to the auspicious gourd-shaped magnets from the Henan Museum. These imaginative souvenirs have become must-have collectibles for young people. But few people know t

Silicone: Safeguarding the Global Expansion of China’s Electromechanical Products

As China’s electromechanical products gain increasing popularity in overseas markets such as the Middle East — thanks to their high cost performance and wide variety — durability and reliability have become major points of focus for international customers. In this process, silicone materials play a vital role. With excellent sealing, waterproofing, dust resistance, and high- and low-te

The Future of Silicone: A New Growth Curve Driven by Innovation

Future growth in the silicone industry will hinge on technological innovation and emerging applications. The sector is moving beyond pure capacity expansion into a stage of “precision upgrading,” focused on specialization, functionality, and sustainability. Breakthroughs in molecular design now allow precise tuning of silicone properties. By introducing special functional groups, customized mater

The Silicone Industry: From Follower to Global Leader

The development of the silicone industry over recent decades tells a story of transformation—from technological dependence to self-reliance. In earlier years, core technologies were monopolized by a few developed nations. Chinese manufacturers not only paid high prices for monomers but also faced strict technical blockades. Domestic production was mostly limited to low- and mid-end products, while

Environmental Protection and Sustainability: Silicone Leads Green Industrial Upgrading

Under the “dual carbon” goals, environmental protection and sustainability have become the focus of industrial transformation. Through technological innovation, the silicone industry is evolving from “green material” to “circular economy.” Low-VOC and recyclable silicone products not only meet regulatory standards but also offer major competitive advantages. In construction, low-VOC silicone seal

AI Hardware: Silicone Helps “Cool and Relieve Pressure” for Computing Power

The explosive growth of artificial intelligence is driven by powerful hardware—AI servers and high-performance chips—but with greater computing power comes immense heat. Silicone’s superior thermal conductivity and insulation make it essential for stable AI hardware operation. High-end AI chips now exceed 300 W in power consumption. Without effective heat dissipation, overheating can reduce perfo

Photovoltaics: Silicone Helps Solar Panels Endure Twenty Years of Wind and Rain

Global photovoltaic (PV) capacity continues to soar—new installations reached 532 GW in 2024. The key material that enables solar panels to operate outdoors for over two decades is silicone. The PV industry has extremely high standards for weather resistance and stability, and silicone—combining flexibility and strength—acts as the panels’ “guardian.” PV panels are exposed year-round to UV radiat

Electronics and Semiconductors: Silicone as the “Protective Armor” for Advanced Chips

As chip manufacturing continues to advance—from 7 nm to 3 nm—the requirements for encapsulation and protection materials have become extremely demanding, and silicone has become an indispensable material thanks to its precisely tailored properties. The stability of a chip depends heavily on its external protection, and silicone forms the core of this “protective armor.” High-purity, electronic-gr

New Energy Vehicles: Silicone Builds a Solid Safety Barrier for the “Electric Heart”

In today’s rapidly evolving new energy vehicle (NEV) industry, silicone has long evolved from an “auxiliary material” to a “core safeguard.” Compared with traditional fuel vehicles that use only 2.5 kg per car, NEVs consume up to 20 kg of silicone—nearly a tenfold increase—reflecting its irreplaceable performance advantages. As the “heart” of an electric vehicle, the battery pack’s safety directl

Smart Ways to Save Pesticides and Boost Efficiency — Agricultural Silicone for Higher Crop Yields

Spraying pesticides three times but pests still return? Applying foliar fertilizer yet seeing little effect? During hot and dry weather, the spray evaporates too fast and utilization drops... These common farming challenges may be costing you both time and money. But the real issue often isn’t the pesticide itself—it’s whether the spray can effectively adhere and be absorbed. Today, we bring fa

Say Goodbye to Trial-and-Error with High-Temperature Thermal Silicone Oils! IOTA-255 Phenyl Silicone Oil Is the Answer

Still struggling with repeated trial-and-error when selecting high-temperature thermal silicone oils? Screening samples, installing and testing, replacing failed batches—this endless cycle not only consumes significant time and resources but can also delay production and affect project delivery. The solution is simple: choose the right product from the start. IOTA-255 Phenyl Silicone Oil breaks

Want Skincare and Cosmetics That Feel Light and Breathable? Focus on These 2 Key Points!

In hot, humid weather, applying cream can feel like wrapping your face in plastic wrap, and wearing makeup for just a few hours can lead to clogged pores — many people give up on skincare and makeup because of the “sticky, suffocating” feeling. The secret to products that feel light, breathable, and non-greasy lies in ingredient selection. Nail these two k

Poor Skin Feel in Cosmetics? These Two Ingredients Are All You Need!

After applying cream, my skin feels greasy.” “Foundation cakes and feels sticky.” “Serum absorbs slowly and pills up.” Many people have experienced these frustrating issues during their skincare or makeup routine. Even when ingredient lists look impressive, the skin feel can still be disappointing. The key lies in choosing the right core ingredients. When selected correctly, skincare and cosmet

The “All-Round Helper” Hidden in Everyday Life: The Versatile Uses of Dimethyl Silicone Oil

On industrial production lines, in cosmetic formulas, and in medical care kits, there hides a low-profile yet all-powerful “multi-tasker” — dimethyl silicone oil. This organosilicon compound, known for its stable chemical properties, stands out with its resistance to heat, weather, friction, and electricity, making it indispensable across countless aspects of modern life. In industry, dim

Silicone: Giving Robots a “Human Touch”

When a service robot precisely lifts the glass you hand over, when an industrial robotic arm gently brushes against delicate electronic components, or when a smart home touch screen delivers a lifelike tactile response—you may marvel at the evolution of artificial intelligence, yet rarely notice the real magic: the “material magician” hidden within the robot’s palm — silicone. Traditional

Invitation to CHINACOAT 2025

Dear Valued Partner, Greetings! As the golden autumn season arrives, we are delighted to invite you to the upcoming CHINACOAT 2025 – China International Coatings Exhibition, where we can explore the latest industry trends and discuss new opportunities for cooperation. As one of the most influential professional exhibitions in the coatings industry, CHINACOAT will bring together lea

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