1、Silico® Amino Modified Silicone Resin for High
Silico® Amino-Modified Silicone Resin features reactive amino groups for strong adhesion to metal, glass, ceramics, and plastics. It retains silicone’s heat resistance and durability, making it ideal for industrial coatings, primers, adhesives, and sealants.
2、Amino acid
To address the low adhesive strength of polysiloxane adhesives, the adhesive was modified through the addition of NACL by grafting them onto the polysiloxane substrate.
3、Low
The versatility of these dynamic hardeners was investigated in conventional bulk adhesive formulations. Tensile and lap-shear experiments on these resins demonstrated strong adhesion (up to 11 MPa) and excellent rebonding capabilities.
4、Find Amino Resins perfectly suited for your Adhesives and Sealants
It is useful in a variety of polymers including cured epoxy resins, polyurea and polyamides. It is effective in flexibilizing and promoting adhesive peel strength in epoxy formulations. It has also been used to improve flexibility and low temperature properties of polyamides.
5、Amino Silanes as adhesion promoter, surface modifier and reactant
Except for mono-amino silanes, SiSiB offers a wide range of di-amino silanes, tri-amino silanes, piperazinyl silanes, cyclohexyamino silanes, dimethyamino silanes, diethylamino silanes and butylamino silanes.
Amino Resin
Crosslinking: Amino resin is mixed with pretreated soy protein, allowing amino groups in the resin to react with amino or carboxyl groups in the soy protein, forming covalent bonds.
A formaldehyde
In order to address this problem, to find an environment friendly replacement for formaldehyde to manufacture novel and safe aminoresins is essential research for wood adhesives. In this article, a bio-based amino resin wood adhesive (OGU) is developed by using oxidized glucose reacted with urea.
Flame retardancy and toughening of urea
Method Amino-grafted polyborosiloxane (N-PBS) was used as a monomer to prepare a N-PBS-modified flame-retardant and toughened UF resin (PUF) via in-situ polymerization. An impregnation adhesive system integrating adhesion, toughness, and flame retardancy was constructed to improve the mechanical properties and flame retardancy of UF.
Debondable phenoxy
In this work, we selected a commercially available phenoxy-based resin, Epikote™ 828LV, from Westlake Epoxy. This liquid epoxy resin was chosen due to its widespread application in adhesive formulations and its impressive mechanical performance.
Silico® Modified Silicone Resins
Explore Silico® modified silicone resins including epoxy, acrylic, polyester, amino, and fluorinated types. Engineered for coatings, electronics, and adhesives.
In modern industry and construction, adhesives serve as a critical bonding agent for materials and structural components. Their performance directly impacts the stability and service life of entire engineering projects. Modified amino resin adhesives, with their exceptional adhesive properties, robust mechanical strength, and environmentally friendly characteristics, have become a top choice among various adhesives. This article aims to explore in depth the properties, applications, and development prospects of modified amino resin adhesives.
Modified amino resin adhesives are formulated using amino resin as the base material, with specific chemical modifiers added to enhance adhesion, temperature resistance, aging resistance, and flexibility. As a common thermosetting resin, amino resin inherently offers strong adhesion and mechanical properties. its performance under extreme conditions—such as low temperatures or humidity—tends to be suboptimal, often leading to brittle fracture. Through modification, its applicability in complex environments is significantly improved.
The key characteristics of modified amino resin adhesives include:
- Excellent Adhesion: The modified adhesive forms strong bonds with various substrates, including metals, plastics, ceramics, and composites.
- High Mechanical Strength: Special treatments enhance its tensile and shear strength, enabling it to withstand heavy loads.
- Temperature Resistance: The adhesive maintains its bonding properties across a wide temperature range, suitable for applications requiring high or low-temperature tolerance.
- Aging Resistance: Over extended use, the adhesive retains its physical and chemical stability, resisting degradation.
- Eco-Friendly: Produced with low levels of volatile organic compounds (VOCs), it minimizes environmental and health impacts.
These adhesives are widely used in electronic packaging, automotive manufacturing, aerospace, and architectural decoration. For example:
- In electronics assembly, they ensure secure bonding between circuit boards and enclosures.
- In automotive production, they bond vehicle components, ensuring safety and durability.
- In aerospace, their superior temperature and aging resistance support long-term stability of aircraft structures.
Looking ahead, the development of modified amino resin adhesives will trend toward greater diversification and higher performance. Researchers will continue to explore novel modifiers to further improve properties and expand applications. Additionally, aligning with green sustainability trends, adhesives with low VOC emissions and recyclability will become a focus of innovation.
modified amino resin adhesives are逐渐成为 indispensable bonding materials in industrial and construction sectors due to their unique advantages. With technological advancements and evolving market demands, these adhesives are poised to unlock broader application prospects and market potential in the future.
