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3M™ Scotch-Weld™ Aesthetic Structural Material AS402GG01, 591 mL, 12/Case
$2,341.49 / Each
| SKU | 7100401086 |
|---|---|
| Legacy SKU | UU014625709 |
| UPC | 00068060765635 |
| Catalog Number | AS402GG01 |
| Product Number | AS402GG01 |
3M Scotch-Weld Aesthetic Structural Material AS402GG01 is a one-part, color-matched epoxy designed to enhance the design flexibility of electronic devices. It offers strong chemical adhesion and seamless joining for aluminum, titanium, and more. With excellent impact resistance and durability, the ability to withstand water exposure up to 100 meters, and resistance to chemicals, it helps provide a premium device appearance and tactile feel.
- PREMIUM FUNCTIONALITY: Offers strong chemical adhesion and seamless joining for aluminum, glass, stainless steel, titanium, and many plastics
- SIMPLIFIED DESIGN: Strong adhesion enables small bond areas
- DURABILITY AND SURVIVABILITY: Provides impact resistance over 30 MPa
- CHEMICALLY RESISTANT: Resists mechanical or color changes when exposed to chemicals
- BEAUTIFUL AESTHETICS: Maintains color through metal colorization processes like ANO and PVD
- SEAMLESS TRANSITIONS: Achieves outstanding smoothness and tactile feel after co-machining
Product Dimensions |
Imperial | Metric |
| Weight | 1.93566 lbs | |
|---|---|---|
| Width | 0 null | |
| Length | 0 null | |
| Height | 0 null |
Shipping Dimensions |
|
| Weight | 23.25383 lb |
|---|---|
| Length | 12.99213 in |
| Width | 10.03937 in |
| Height | 12.00787 in |
PRODUCT FAQ
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What is 3M™ Scotch-Weld™ Aesthetic Structural Material AS402GG01 used for?
This material is designed for bonding applications where you need both strong structural performance and a clean, smooth appearance! It’s commonly used in industries like transportation, electronics, and appliances.
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How much product comes in each case?
Each case contains twelve 591 mL cartridges of the AS402GG01 adhesive—plenty for larger projects or regular use!
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Is this adhesive suitable for visible joints that require a nice finish?
Absolutely! The “aesthetic” part of its name means it’s specially formulated to provide bonds with a great look as well as strong holding power. You get strength without sacrificing appearance.
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Do I need any special tools to apply this product?
You’ll just need a compatible dispensing gun designed for 591 mL cartridges. It makes application neat and easy—we can definitely help you find the right tool if needed!
This advanced adhesive and structural material has been engineered to seamlessly blend visual appeal with exceptional structural performance. The formulation combines aesthetic considerations with functional requirements, creating a solution that serves demanding applications where both appearance and reliability are paramount concerns.
Processing and Application BenefitsThe material's low viscosity characteristic facilitates ease of application across various manufacturing scenarios. Its low-pressure molding capability simplifies the production process, reducing equipment strain and operational complexity. The low-temperature cure profile enables efficient manufacturing cycles, allowing for streamlined production workflows without compromising quality or structural integrity of the final product.
Aesthetic and Sensory Features- Color retention through metal colorization techniques for long-lasting visual appeal
- Smooth surface transitions following co-machining operations
- Enhanced tactile quality that improves user experience and product feel
This epoxy formulation delivers impressive impact resistance exceeding 30 megapascals, providing the structural robustness necessary for high-performance device applications. These mechanical properties enable manufacturers to confidently specify this material in demanding end-use environments where durability and reliability are critical success factors.
Manufacturing FlexibilityThe material's compatibility with both dispensing and molding processes provides manufacturers with significant process flexibility. This dual-capability approach allows engineers to select the most appropriate manufacturing method for their specific application requirements, optimizing efficiency and cost-effectiveness across diverse production scenarios.
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