Adhesives

In the realm of adhesives, the foundation lies in resins and polymers, and we offer a comprehensive range to meet your diverse bonding needs. 

• Acrylic beads for imparting strength, flexibility, and impact resistance to formulations, enhancing overall adhesive performance.
• Hydrocarbon tackifiers for improving adhesion by promoting tack, cohesion, and ensuring a stable bond between surfaces.
• Monomer modified alkyds to enhance the flexibility, durability, and adhesion properties.
• Specialty alkyds resins to improve weather resistance, gloss, and overall performance.

From standard methacrylates providing foundational adaptability to specialty methacrylates offering nuanced performance, our monomers empower you to customize adhesives with tailored reactivity required for your specific applications.

• Methacrylates for flexibility and versatility in formulations to achieve precise reactivity and desired adhesive properties.
• Specialty methacrylates for improved adhesion, flexibility, and resistance, allowing for customized formulations to meet specific application requirements.

In the intricate world of adhesives, crosslinkers and catalysts play a crucial role in enhancing strength and durability.

• Aliphatic amines serve as crosslinkers, providing improved curing speed and enhanced bond strength.
• Aliphatic isocyanates are used as catalysts to facilitate fast curing and create strong, durable bonds.
• Aromatic isocyanates for robust crosslinking that strengthens adhesive structures, enhancing overall bonding strength and durability.
• Polycarbamides function as crosslinkers, offering high chemical resistance and improved mechanical properties.
• Polyurethane catalysts for efficient curing of polyurethane-based adhesives, enhancing reactivity and ensuring the development of durable bonds.

Fine-tune your adhesive formulations with our comprehensive range of additives. See our full list of additives here!

• Antioxidants for preserving the integrity of adhesive formulations by preventing degradation caused by exposure to environmental factors such as heat and oxygen.
• Associative thickeners for controlling viscosity.
• Biocides & fungicides for extending shelf life, preventing microbial growth, and ensuring the longevity of adhesive formulations, particularly in storage and application.
• Dispersants for ensuring uniform dispersion of components, facilitating homogeneity in blends and improving the overall stability and performance of adhesive formulations.
• Fatty alcohols for emulsification, contributing to improved stability and dispersion of ingredients.
• Interface actives for improving the adhesion between different materials, creating strong and durable bonds.
• Optical brighteners for aesthetic appeal, providing a bright and vibrant appearance to adhesive formulations.
• Silanes for improving adhesive bonding and durability, acting as coupling agents that enhance the compatibility between adhesive components and substrates.
• Surfactants for emulsification and wetting in adhesive formulations, ensuring proper mixing of ingredients and promoting adhesion by reducing surface tension between the adhesive and substrate.
• Wetting agents enhance the wetting properties in adhesive formulations, ensuring even and consistent wetting of surfaces, improving overall adhesion and performance.

Performance minerals are versatile additives in adhesive formulations, providing tailored solutions to meet specific performance requirements such as durability and structural integrity.

• Calcium carbonate for strengthening adhesive consistency by serving as a reinforcing filler, enhancing viscosity and contributing to improved adhesive performance.
• Diatomaceous earth (DE) for enhancing the rheological properties of adhesives, providing thixotropic behavior and contributing to improved adhesive texture and consistency.
• Feldspar to enhance the mechanical strength, thermal stability, and overall durability.
• Fumed silica (hydrophobic and hydrophilic) for controlling viscosity, improving thixotropy, and enhancing overall bonding performance.
• Hollow ceramic microspheres (E-SPHERES^®) for reducing density without compromising strength, contributing to lightweight and high-performance adhesive formulations.
• Kaolin clays (ball, dry ground, air-floated, calcinate, water-washed, slurry) for versatile reinforcement in adhesives, offering properties such as improved adhesion and texture.
• Muscovite mica for enhanced flexibility and adhesion, providing a natural and effective way to improve the performance.
• Perlite for contributing to lightweight adhesive formulations, offering a low-density filler that maintains strength and improves overall handling characteristics.
• Precipitated silica for adhesive strength by acting as a reinforcing filler, improving viscosity and contributing to the overall durability of adhesive formulations.
• Talcs for improved impact resistance, adhesion, and overall performance.

Transform your adhesives into visually appealing solutions with Lintech's pigments.

• Aluminum effect pigments for providing a metallic brilliance and enhancing visual characteristics.
• Iron oxides for adding natural color and earthy tones.
• Organic pigments, dyes, and dispersions for a diverse range of vibrant colors, allowing for customization and visual appeal.
• Titanium dioxide for opacity and UV protection, contributing to the durability and longevity of adhesive bonds while maintaining a white or opaque appearance.

In the intricate world of adhesive processing, Lintech's waxes stand as indispensable components. Explore a world where every bond is crafted with meticulous care and processing efficiency.

• Fischer-Tropsch waxes for improving processing conditions and enhancing the overall performance of adhesives by serving as effective lubricants and modifiers.
• Microcrystalline waxes for enhancing flexibility and adhesion, contributing to the overall strength and durability of adhesive formulations.