Name: High-Performance Silicone Resin (Heat-Resistant & Film-Forming Polymer)
Brand: SOLLYD Silicone Ink
SKU: 3199

Extreme Heat. Severe Weather. Zero Failure.

Engineered for the most demanding industrial environments, our premium silicone resin series provides the structural backbone for high-temperature coatings, high-voltage electrical insulations, and advanced pressure-sensitive adhesives (PSAs). Boasting an incredibly stable siloxane bond (Si-O), these resins withstand continuous operating temperatures up to 250°C (and up to 600°C when formulated with aluminum pigments), block moisture, and offer unmatched dielectric strength.

Whether you are formulating aerospace coatings, industrial exhaust paints, or premium cosmetic film-formers, our silicone resins deliver the durability your formulations require.

Need a silicone resin built for extreme conditions? Contact us to discuss the right solution for your formulation.

Quick Inquiry

Core Features & Value Propositions

Extreme Thermal Stability

Will not yellow, chalk, or degrade under extreme heat. Sustains 250°C continuously, and resists up to 600°C in specialized high-heat paint formulations.

Outstanding Dielectric Properties

Acts as a superior electrical insulator, preventing arcing and current leakage in high-voltage motors, transformers, and PCB potting.

Weather & UV Resistance

Completely inert to ultraviolet degradation and ozone. Ensures outdoor industrial coatings maintain their gloss and color for decades.

Hydrophobic & Chemical Resistant

Naturally repels water and resists weak acids, alkalis, and salts, preventing under-film corrosion on metal substrates.

Technical Identity & Compliance

Property	Value / Description
Product Name	Silicone Resin
Chemical Name	Polysiloxane Resin (Available in Methyl, Phenyl, and MQ structures)
Synonyms	Silicone Binder, High-Temp Resin, Silicone Varnish, Film-Forming Resin, Siloxane Polymer
CAS No	68037-90-1 (Methyl Phenyl Silicone Resin) / 68988-56-7 (MQ Resin)
HS Code	3910000000 (Silicones in primary forms)
Certifications	REACH Compliant, RoHS, FDA 21 CFR 175.300 (For specific food-contact cookware grades), VOC-Compliant (Solid/Solventless options available)
Appearance	Pale Yellow to Colorless Clear Liquid / White Powder (Solid MQ)
Solid Content	50% – 60% (Solvent-based) or 100% (Solid Flake/Powder)
Solvent Type	Xylene, Toluene, or Solvent-Free options
Viscosity (at 25°C)	20 – 500 cps (Varies by specific grade)
Drying Time (Surface)	15 – 30 minutes @ 25°C
Complete Curing	Baking required (e.g., 200°C for 1 hour) for full cross-linking
Heat Resistance	Up to 600°C (When blended with heat-resistant fillers)
Packaging	20KG / 25KG Iron Pails, 200KG Iron Drums, 1000L IBC Totes
Storage	Store in a cool, dry, well-ventilated fireproof warehouse (below 30°C). Keep containers tightly sealed. Moisture exposure can cause premature gelation or cloudiness. Shelf Life: 6 – 12 Months (Depending on the specific solvent and resin grade).
Safety Information	Solvent-based grades are Flammable Liquids (Class 3). Keep away from sparks, open flames, and heat sources. Ensure proper factory ventilation to prevent solvent vapor buildup. (MSDS provided for exact UN shipping codes)

Applications by Industry

Our silicone resins are tailored into two distinct families for diverse industrial applications

APPLICATION 01

Methyl / Phenyl Silicone Resins

For heat resistance and insulation. Methyl resin brings hardness and water repellency; phenyl resin brings higher thermal stability, flexibility and compatibility. Blends balance both properties in premium high-temperature systems.

Industrial coatings

Binders for BBQ grill paint, exhaust pipe coatings and boiler anti-corrosion paint.

Electrical insulation

Impregnating varnish for electric motors, transformer insulation and mica tape binders.

Cookware coatings

Specified food-grade systems can be used as a binder base for non-stick ceramic cookware coatings.

APPLICATION 02

MQ Silicone Resins

For tack and film formation. MQ resin is a solid, highly durable structure used when the formulation needs transfer resistance, water washability, adhesion and performance at elevated temperatures.

High-temperature PSA

Core tackifier for silicone pressure-sensitive adhesive systems, including high-temperature masking tape.

Personal care film formers

Water-resistant film-forming support for long-wear lipstick and sunscreen formulations.

Industrial defoamers

Supports industrial silicone defoamer systems requiring durable, controlled formulation performance.

Buying Guide: Pain Points & Solutions

We understand our customers’ pain points and purchasing concerns.

Pain Point: “My high-temperature paint is too brittle and flakes off when the metal expands.”

Our Solution: Pure methyl silicone resins are highly rigid. We offer Methyl-Phenyl blended resins. The phenyl groups introduce flexibility and exceptional thermo-plasticity, allowing the coating to expand and contract with the metal substrate without cracking.

Pain Point: “The resin isn’t drying fast enough on the assembly line.”

Our Solution: By incorporating specific organometallic catalysts (like Zinc Octoate or Tetrabutyl Titanate) into your formulation, you can drastically accelerate the curing time or lower the required baking temperature.

Comparison: Silicone Resin vs. Standard Polymers

Feature	Our Silicone Resin	Epoxy Resin	Polyurethane (PU)
Continuous Heat Limit	250°C – 600°C	120°C – 150°C (Yellows/Burns)	100°C – 130°C (Melts)
UV Resistance	★★★★★ (No chalking)	★ (Chalks and yellows quickly)	★★★ (Degrades over time)
Flexibility	Rigid (Needs modification)	Very Rigid	Highly Flexible
Cost Profile	Premium	Low/Moderate	Moderate
Best For	Extreme Heat & Voltage	General Bonding/Flooring	Wood/Flexible Coatings

Customer Case Study

Client: An Automotive OEM Coating Supplier in Germany.
The Pain Point: Their standard modified-epoxy paint for motorcycle exhaust pipes was blistering, peeling, and turning brown when engine temperatures spiked above 400°C. They faced massive recalls.
The Solution: Transitioned their formulation to our High-Phenyl Silicone Resin, blended with aluminum flake pigments.
The Outcome:
The high phenyl content provided unmatched thermo-oxidative stability.
The coating maintained a pristine silver finish even during 600°C thermal shock tests (heating to 600°C and immediately quenching in cold water).
The supplier secured a 5-year exclusive contract with a major European motorcycle brand.

Quick Inquiry

FAQ – Troubleshooting

Q1: Can pure silicone resin cure at room temperature?

A: Generally, no. Pure high-temperature silicone resins are thermoplastic at room temperature and require baking (usually above 200°C) to initiate the condensation reaction and fully cross-link into a hard film. If you need a room-temperature cure, you must use our Alkyd or Epoxy-Modified Silicone Resins, or add specialized curing agents.

Q2: What is the difference between Methyl Silicone Resin and Phenyl Silicone Resin?

A: Methyl Silicone Resins offer extreme hardness, excellent water repellency, and cure faster, making them great for rigid electrical insulation. Phenyl Silicone Resins offer vastly superior heat resistance, better flexibility, and greater compatibility with organic pigments and solvents. Most premium high-temp coatings use a Methyl-Phenyl blend to get the best of both worlds.

Q3: Can I use this resin to make high-temperature adhesives?

A: For high-temperature masking tapes (like Kapton/Polyimide tapes), you should specifically request our MQ Silicone Resin. When MQ resin is blended with silicone gums, it creates a Pressure-Sensitive Adhesive (PSA) that maintains extreme tackiness even at 260°C.

Q4: Why did my silicone coating turn cloudy or milky in the drum?

A: Cloudiness in solvent-based silicone resin is almost always caused by moisture contamination. If the drum was left open in a humid environment, the water reacts with the silanol groups, causing premature condensation. Always seal drums immediately and purge with dry nitrogen if storing partially used drums for long periods.

Q5: Is this resin safe for food-contact applications like bakeware?

A: We manufacture specific Food-Grade Methyl-Phenyl Resins that comply with FDA 21 CFR 175.300 standards for resinous and polymeric coatings. These are widely used as the base binder for non-stick ceramic coatings on frying pans and bakeware. Please specify “Food-Grade” when requesting a quote.

Get Started Today

We specialize in engineered polymer solutions for global manufacturers and brands. As a vertically integrated facility, we offer everything from raw Liquid Silicone Rubber (LSR) to high-performance Silicone Inks, Plastisol Ink, and Organic Silicone Leathers. Simply provide your substrate details, performance standards, or printing challenges, and our lab will handle the rest—from custom formulation to stable bulk production.

We offer highly competitive factory-direct pricing (MOQ 100 kg for custom formulations) and secure global supply chains. Our materials are trusted across diverse applications, including high-stretch sportswear, seamless intimates, automotive interiors, and industrial molding.

Don’t see exactly what you need in our standard catalog? Let’s innovate together. Share your exact technical requirements below, and our R&D team will develop a tailored chemical formula designed perfectly for your production line.

· Custom Color Matching & Formula Development Available
· Sample Testing Support
· Sample Lead Time: 3–7 Days
· Bulk Lead Time: 2–4 Weeks