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We’ve developed multi-functional nanocellulose that enhances structural components like concrete by improving strength, durability, and workability all while minimizing material usage. Making our nanocellulose an ideal, sustainable solution for modern construction challenges.
As a microcrack-bridging agent, seabind reduces crack propagation and strengthens tensile and flexural properties of construction materials like cement and coatings. Its water-holding capacity ensures even moisture distribution, preventing cracks from drying. Furthermore, it refines pore structure, decreasing porosity and increasing density, leading to improved durability and long-term performance of , resulting in stronger, more resilient materials with reduced cracking and better environmental resistance.
As a microcrack-bridging agent, seabind reduces crack propagation and strengthens tensile and flexural properties of construction materials like cement and coatings. Its water-holding capacity ensures even moisture distribution, preventing cracks from drying. Furthermore, it refines pore structure, decreasing porosity and increasing density, leading to improved durability and long-term performance of , resulting in stronger, more resilient materials with reduced cracking and better environmental resistance.
Cement 3D-printed homes and structures have garnered significant interest in recent years due to their innovative and adaptable construction capabilities. These advanced cement formulations incorporate Seabind, which enhances flowability and increases strength, resulting in more consistent, durable, and structurally sound printed components.
Fiberglass and other reinforcing fibers are used in cement structures to minimize cracking, enhance strength, and reduce shrinkage. Seabind-coated glass fibers further improve cement formulations by enhancing adhesion between the fibers and the cement matrix, resulting in lighter, stronger, and more cost-effective structures.
Hempcrete is an innovative, fast-growing, and sustainable alternative to traditional cement blocks, made by combining hemp hurds and lime to create strong, rigid structures. Incorporating Seabind into these formulations enhances compressive and flexural strength, expanding Hempcrete’s potential for structural applications and increasing its viability as a durable, eco-friendly building material
Cement 3D-printed homes and structures have garnered significant interest in recent years due to their innovative and adaptable construction capabilities. These advanced cement formulations incorporate Seabind, which enhances flowability and increases strength, resulting in more consistent, durable, and structurally sound printed components.
Fiberglass and other reinforcing fibers are used in cement structures to minimize cracking, enhance strength, and reduce shrinkage. Seabind-coated glass fibers further improve cement formulations by enhancing adhesion between the fibers and the cement matrix, resulting in lighter, stronger, and more cost-effective structures.
Hempcrete is an innovative, fast-growing, and sustainable alternative to traditional cement blocks, made by combining hemp hurds and lime to create strong, rigid structures. Incorporating Seabind into these formulations enhances compressive and flexural strength, expanding Hempcrete’s potential for structural applications and increasing its viability as a durable, eco-friendly building material
Cement 3D-printed homes and structures have garnered significant interest in recent years due to their innovative and adaptable construction capabilities. These advanced cement formulations incorporate Seabind, which enhances flowability and increases strength, resulting in more consistent, durable, and structurally sound printed components.
Fiberglass and other reinforcing fibers are used in cement structures to minimize cracking, enhance strength, and reduce shrinkage. Seabind-coated glass fibers further improve cement formulations by enhancing adhesion between the fibers and the cement matrix, resulting in lighter, stronger, and more cost-effective structures.
Hempcrete is an innovative, fast-growing, and sustainable alternative to traditional cement blocks, made by combining hemp hurds and lime to create strong, rigid structures. Incorporating Seabind into these formulations enhances compressive and flexural strength, expanding Hempcrete’s potential for structural applications and increasing its viability as a durable, eco-friendly building material
Seabind™ (Charged) is an amazing additive for structural components like concrete. It introduces electrostatic repulsion, which prevents particle clumping and ensures uniform distribution in the mix. This improves workability, enhances cement hydration, and increases the strength and durability of the final structure.
Seabind™ (Charged) electrostatic interactions promote better adhesion at the interfaces, improving the cohesion within the material. Additionally, the high surface area of nanocellulose allows it to interact more extensively with surrounding materials, forming stronger physical and chemical bonds, which increases the overall structural integrity and durability of the composite.
Seabind™ (Charged) improves additive compatibility by providing electrostatic interactions that enhance the dispersion and effectiveness of superplasticizers, accelerators, or retarders, ensuring optimal performance while maintaining mix consistency.
Seabind™ (Charged) improves particle dispersion through electrostatic interactions, creating a more uniform mix and maximizing the efficiency of binders. This allows for a reduction in the amount of binder material needed while maintaining the structural integrity of the material, resulting in cost savings and more efficient resource use.
Seabind™ (Charged) is an amazing additive for structural components like concrete. It introduces electrostatic repulsion, which prevents particle clumping and ensures uniform distribution in the mix. This improves workability, enhances cement hydration, and increases the strength and durability of the final structure.
Seabind™ (Charged) electrostatic interactions promote better adhesion at the interfaces, improving the cohesion within the material. Additionally, the high surface area of nanocellulose allows it to interact more extensively with surrounding materials, forming stronger physical and chemical bonds, which increases the overall structural integrity and durability of the composite.
Seabind™ (Charged) improves additive compatibility by providing electrostatic interactions that enhance the dispersion and effectiveness of superplasticizers, accelerators, or retarders, ensuring optimal performance while maintaining mix consistency.
Seabind™ (Charged) improves particle dispersion through electrostatic interactions, creating a more uniform mix and maximizing the efficiency of binders. This allows for a reduction in the amount of binder material needed while maintaining the structural integrity of the material, resulting in cost savings and more efficient resource use.
Seabind™ (Charged) is an amazing additive for structural components like concrete. It introduces electrostatic repulsion, which prevents particle clumping and ensures uniform distribution in the mix. This improves workability, enhances cement hydration, and increases the strength and durability of the final structure.
Seabind™ (Charged) electrostatic interactions promote better adhesion at the interfaces, improving the cohesion within the material. Additionally, the high surface area of nanocellulose allows it to interact more extensively with surrounding materials, forming stronger physical and chemical bonds, which increases the overall structural integrity and durability of the composite.
Seabind™ (Charged) improves additive compatibility by providing electrostatic interactions that enhance the dispersion and effectiveness of superplasticizers, accelerators, or retarders, ensuring optimal performance while maintaining mix consistency.
Seabind™ (Charged) improves particle dispersion through electrostatic interactions, creating a more uniform mix and maximizing the efficiency of binders. This allows for a reduction in the amount of binder material needed while maintaining the structural integrity of the material, resulting in cost savings and more efficient resource use.
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Our Terasolv™ is a refining solvent that possesses inherent antimicrobial properties, that inhibit the growth of microorganisms without relying on hazardous biocides. When used as an additive in formulations prone to molding,they help extend the material’s shelf life by preventing microbial growth.
By using our Terasolv™ solution, it can introduce functional groups with a single technique, eliminating toxic emissions. In contrast, achieving the same functionality with traditional methods often requires multiple toxic ingredients and different processes, each necessitating separate equipment
Terasolv™ also acts as an extracting solvent that enables clean extractions without the usage of hazardous chemistries. Our Terasolv™ solutions selectively extracts components from biomass and various resources with minimum inputs and dramatically reduces the complexity in processing.
The nanoceramics embedded within the Searamic, are extremely hard and durable which aid in creating a surface that’s resistant to physical damage and abrasion from marine organisms. Due to this and the low surface energy of Searamic, it prevents marine organisms from attaching and growing on the surface causing it to be ideal for anti-fouling.
When used as an additive in paint and applied to building interiors, Searamic effectively enhances the fire resistance of wall surfaces.By incorporating Searamic, the top layer of walls gains improved fire resistance, significantly slowing down the combustion process and there by enhancing the overall fire rating of the walls.
The naturally white nanoceramics in Searamic eliminate the need for Titanium Dioxide or optical brighteners. Increasing nanoceramic concentration enhances whiteness, while reducing it makes Searamic opaquer. This unique formulation resists yellowing, preserving its whiteness over time in paints, inks, and dyes.
Due to Searamic’s inhabit natural of reflecting UV/IR rays,when utilized as a paint for building exteriors it’ll reflect IR rays, which are responsible for causing heat, and will effectively reduce the internal temperature of the building up to 15 degrees Celsius.
When utilized as an additive for paints, inks & dyesSearamic can effectively improve color fading caused by UV light, without the usage of toxic UV blockers.
Seabind™ is an amazing additive for increasing the compressive of concretes. With as little loading of .01% Seabind™ can enhance concrete by 300% while utilizing 30% less input to achieve the strength increase.
Seabind™ functions as a natural emulsifying agent for acrylics, urethanes, and other coatings. It enhances these formulations by offering superior barrier properties, increased mechanical strength and durability, and customizable features for tailored performance.
Seabind™ is an amazing additive for increasing the compressive of concretes. With as little loading of .01% Seabind™ can enhance concrete by 300% while utilizing 30% less input to achieve the strength increase.
We’ve developed multi-functional solutions that safely provide, rheology modification, enhanced mechanical strengthening, antibacterial properties, & non-yellowing pure white treatments.
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