F100-2 Fluorosilicone Gel
A High-Value Alternative to Imported Fluorosilicone Gels for MEMS Applications
Superior Protection • Excellent Weather Resistance • Fully Secure Supply Chain
01 Executive Summary
F100-2 fluorosilicone gel is a high-performance solution developed for the protection of MEMS devices and electronic components operating in harsh environments. Through comprehensive benchmarking against the industry reference Wacker 927F, the product delivers fully equivalent core performance, while offering three decisive advantages: a fully localized raw-material supply chain, a significant price advantage, and high customizability — building a safer, more economical supply chain for our customers.
Benchmarked Performance, Proven Quality
Highly consistent with Wacker 927F on key viscosity, curing behavior and chemical resistance indicators. Stable and reliable quality that fully meets the demands of high-end applications.
Secure, Self-Controlled Supply Chain
Built on a mature domestic chemical industry chain with 100% localized raw materials, effectively eliminating risks from geopolitical and supply-chain volatility and ensuring long-term production stability.
Significant Cost Advantage
Compared with imported equivalents, customers can expect to reduce material procurement costs by 20%–30%, substantially improving overall cost-performance and market competitiveness.
Highly Customizable
Custom formulation development is available to match specific application scenarios, process conditions and performance targets, helping optimize production processes and product fit.
02 Market Background & Product Positioning
With the spread of IoT, automotive electronics and industrial automation, the global MEMS market continues to climb. At the same time, the extreme operating conditions of automotive and industrial scenarios pose unprecedented challenges to device reliability and encapsulation protection.
Long-lasting resistance to fuels, engine oils and industrial solvents, ensuring structural and performance stability in aggressive chemical environments.
The soft gel state effectively absorbs stress from thermal cycling and mechanical vibration, protecting precision chips from fatigue damage.
High dielectric strength isolates electrical interference between circuits, ensuring safe device operation under high-voltage conditions.
Ideal viscosity and curing characteristics, fully compatible with automated dispensing and potting processes, improving line efficiency and yield.
F100-2 fluorosilicone gel is purpose-designed for MEMS sensors and electronic components under harsh operating conditions, and is an ideal alternative to imported high-end fluorosilicone gels such as Wacker 927F. We are committed to breaking the monopoly of overseas products by offering a solution that matches international brands in performance, provides a secure and self-controlled supply chain, and delivers a significant cost advantage.
03 In-Depth Performance Comparison (vs. Wacker 927F)
Our Product: F100-2
- Type: one-part addition-cure, heat-curing fluorosilicone rubber, semi-flowable
- Viscosity: 2500 ± 300 mPa•s (25°C), precisely controlled
- Form: cures to a soft silicone gel with excellent chemical corrosion resistance
Industry Benchmark: Wacker 927F
- Type: one-part addition-cure, heat-curing fluorosilicone rubber, flowable
- Viscosity: 2500 mPa•s (25°C), the industry-standard reference
- Form: cures to an ultra-soft silicone gel, widely used in oil-resistant sealing applications
Fully benchmarked against the competitor in chemical type, curing system and resistance to chemical media (oils / fuels / solvents), ensuring compatibility and reliability as a drop-in replacement.
Key indicators are openly published — penetration (50±10), dielectric constant (2.9) and volume resistivity (2.3×10¹⁵ Ω•cm) — detailed and superior data, exceeding parameters the competitor does not disclose.
Designed for protecting electronic components exposed to fuels, gasoline and organic solvents; highly overlapping with the competitor’s typical applications (e.g. sensor and connector potting). Drop-in replacement with no process changes.
Comparison Conclusion: Equivalent Performance, Better Data
F100-2 fully matches Wacker 927F in key process parameters such as viscosity and curing conditions, as well as in application fields. Customers can switch directly without modifying existing production-line processes or equipment.
A broader set of technical parameters, including penetration and dielectric properties, demonstrates absolute confidence in quality. Detailed data provides solid support for product design, reliability analysis and quality validation.
Based on public information and highly overlapping application scenarios, F100-2 is fully equivalent to the competitor in chemical corrosion resistance and low-stress protection, ensuring uncompromised end-product performance.
04 Four Core Advantages
With our own automated warehousing and logistics center and localized production base, we have built a closed loop from raw-material R&D through scaled production to finished-goods delivery — achieving efficient, secure and controllable supply-chain coordination and providing customers with stable, reliable delivery assurance.
1. Independence from Imports, Self-Controlled Supply Chain
Key raw materials are 100% localized, completely eliminating supply-disruption risks from international politics, trade friction and geopolitical conflict, and providing a solid foundation for business continuity.
2. Localized Production, Shorter Lead Times
A production footprint close to the market greatly shortens logistics turnaround and stocking time, flexibly handles order fluctuations and urgent demand, and avoids delivery delays caused by international logistics congestion or tariff barriers.
3. R&D–Production Synergy, Ultra-Fast Technical Response
Our R&D and production teams work in close coordination, providing hour-level technical feedback and sample testing for customer customization requests, quickly solving application challenges — far faster than traditional imported brands.
4. Significant Price Advantage, Lower Customer Cost
“Cost reduction and efficiency gains — turning every unit of investment into real market competitiveness and profit returns.”
Deeply Optimized Cost Structure
Fine-grained control of raw-material procurement, scaled production and operating costs through a localized supply chain. Free from import premiums and tariff costs, we build a highly competitive price foundation from the source and offer customers more flexible cost solutions.
High Cost-Performance Drives Profit Growth
While matching the performance of imported equivalents, we directly save customers 20%–30% in material cost. This not only significantly lowers end-product production cost, but also increases pricing flexibility and profit margins, strengthening core competitiveness.
Strict Quality Control System
Certified to the ISO9001 international quality system, with closed-loop control from incoming raw-material inspection, through full in-process inspection, to finished-product sampling. Precision testing equipment performs 100% inspection of key performance indicators, ensuring consistency and stability of every unit and delivering zero-defect quality assurance.
Validated Across All Application Scenarios
F100-2 is already in volume commercial use with multiple benchmark customers, covering core fields such as MEMS sensors and automotive electronic control units. The product performs excellently under complex conditions of high temperature, high humidity and strong vibration, with strong anti-interference capability. Measured performance is on par with leading international brands, earning deep customer trust and long-term repeat orders.
Quality lays the foundation, validation earns trust — safeguarding your business growth with outstanding product reliability.
Highly Customizable to Individual Needs
Flexible Product Development
Backed by a professional R&D team, we can precisely fine-tune viscosity, cure speed, hardness and color to customer requirements. Whether for special performance targets or differentiated application scenarios, we deliver tailor-made adhesive solutions.
Diverse Packaging Customization
Full-range packaging customization, from 10 g R&D cartridges to 300 g standard industrial cartridges, plus kilogram- and ton-level bulk packaging — perfectly matching every stage from sample testing to mass production.
Full-Process Process-Optimization Support
Senior technical engineers provide professional process guidance, optimizing dispensing methods and curing conditions to solve production challenges. Targeted process-improvement recommendations effectively raise line efficiency, reduce defect rates, and cut costs while boosting efficiency.
From formulation development to packaging and delivery, to on-site process tuning — we provide end-to-end customized service to power your product innovation and quality upgrades.
05 Application Cases & Customer Value
Automotive Fuel Sensor Precision Components
The Challenge of Harsh Fuel Environments
Sensors are immersed long-term in strong organic solvents such as gasoline and diesel. The encapsulation material must not only provide outstanding oil and chemical corrosion resistance, but also extremely low cure stress to protect the sensitive MEMS chip inside from physical damage.
F100-2 Precision Potting Protection Solution
A high-chemical-performance fluorosilicone material is used for hermetic potting of the MEMS chip inside the sensor, forming a dense protective barrier that effectively blocks fuel penetration and external environmental attack, ensuring the integrity of chip structure and electrical performance.
Full-Lifecycle Value & Supply-Chain Security
The solution ensures stable, reliable sensor performance throughout the vehicle lifecycle. By localizing a key encapsulation material, manufacturing costs are reduced and dependence on imported materials is eliminated, greatly improving supply-chain security and self-controllability.
Industrial Pressure Sensors — F100 Series
The Challenge of Complex Operating Conditions
Industrial field environments are complex: sensors are frequently exposed to corrosive chemical media and must withstand extreme temperature cycling and high-pressure shocks, which easily cause aging of core components, short circuits or accuracy drift.
High-Performance Protection Solution
F100-2 specialty material provides excellent chemical corrosion resistance and electrical insulation, building dual physical and chemical protection for sensitive sensor elements and ensuring signal stability.
Core Value & Business Benefits
The solution greatly improves sensor reliability and service life under harsh conditions, reducing equipment failure rates and maintenance costs. Flexible customized encapsulation services meet diverse installation requirements, helping customers improve product competitiveness, shorten time-to-market and win market opportunities.
06 Conclusion & Recommended Actions
Core Value: The Preferred High-Value Localized Alternative
F100-2 fluorosilicone gel fully benchmarks Wacker 927F in performance while building significant barriers in supply-chain security, cost control and customized service through localization. Choosing this product delivers not only equivalent performance, but also a more competitive cost structure, more stable supply assurance and more flexible technical support — a solid foundation for higher production quality and efficiency.
Request free F100-2 samples for physical/chemical testing and production-line process-compatibility trials, directly comparing compatibility and stability to support selection decisions with real data.
Our senior R&D team works in depth with your engineers to customize formulation-optimization plans for your application scenarios, explore cost-reduction paths, and solve practical process-integration pain points.
After validation, launch a small-batch trial production to verify yield and batch-to-batch consistency with real production data, further optimizing usage parameters through line testing for a smooth transition.
Core Data Summary
| Key Indicator | Value | Data Source | Year | Confidence |
|---|---|---|---|---|
| F100-2 Viscosity | 2500 ± 300 mPa•s | Company technical documentation | 2026 | ● High |
| F100-2 Penetration | 50 ± 10 (0.1 mm) | Company technical documentation | 2026 | ● High |
| F100-2 Dielectric Constant | 2.9 (1 MHz) | Company technical documentation | 2026 | ● High |
| F100-2 Volume Resistivity | 2.3 × 10¹⁵ Ω•cm | Company technical documentation | 2026 | ● High |
| F100-2 Dielectric Strength | > 18 kV/mm | Company technical documentation | 2026 | ● High |
| Wacker 927F Viscosity | 2500 mPa•s | Public market information | 2026 | ● High |
| Estimated Cost Reduction | 20% – 30% | Internal analysis model | 2026 | ● Medium |
Note: “High” confidence means data originates from official technical documentation or authoritative third-party test reports; “Medium” means a reasonable estimate based on industry benchmarks and internal calculation models. All technical indicators were measured in a standard laboratory environment (25°C / 50% RH). The cost-reduction estimate assumes an annual procurement volume above 50 tons.
Questions & Answers
Questions are welcome — let’s discuss them together