Meikai Brazil

O pó de polímero MikaVAE da MEIKAI tem uma influência decisiva em produtos de argamassa seca pré-misturada à base de cimento, cal ou gesso, bem como em sistemas livres de cimento e de aglutinantes minerais. Quando o pó é emulsificado e disperso em água, forma uma película de polímero após a evaporação da água. Esta película tem alta capacidade de adesão e propriedades únicas, como alta flexibilidade, alta resistência ao calor e alta adesão a vários substratos.

As populations grow and energy access increases, sustainability is crucial. The expanding global middle class drives demand for homes, transportation, electricity, and consumer goods. The challenge is to meet this demand while minimizing climate change risks through sustainable development—The Dual Challenge.

Para buscar los importadores o distribuidores de HPMC de diferentes países.
MikaZone™ HPMC son aditivos importantes para modificar las propiedades de los morteros. Se utilizan ampliamente en formulaciones de morteros secos como espesantes y agentes de retención de agua, también se usan como modificadores de reología para sistemas pastosos basados en dispersión listos para usar.
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https://hpmc.com.br/

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Looking for agents for construction/building grade HPMC cellulose ether, which is widely used in tile adhesives, tile grouts, wall putty, plasters, EIFS, etc.
Require Free Sample from us right now.

MikaZone™ HPMC en mortero de mampostería puede hidratar completamente el cemento, mejorar la fuerza de unión y al mismo tiempo mejorar la trabajabilidad y lubricidad, mejorar en gran medida el efecto de construcción y mejorar la eficiencia del trabajo.
Podemos proporcionar muestras gratuitas para sus pruebas, no dude en contactarnos.

El producto especial MikaZone™ HPMC de baja viscosidad juega un papel importante en la autonivelación:
●Evitar la sedimentación y el sangrado de la lechada
●Mejora la retención de agua.
●Reducir la contracción del mortero
●Evita las grietas
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En la masilla de yeso, HPMC desempeña principalmente el papel de retención de agua y espesamiento, lo que puede mejorar eficazmente la fuerza de cohesión y la resistencia al pandeo de la lechada, y resolver eficazmente el problema de la retención de agua a altas temperaturas.
Proporcionamos muestras gratuitas, contáctenos para obtener.

HPMC puede espesar el mortero de cemento y mantener su viscosidad húmeda, lo que es beneficioso para la construcción de mortero de cemento.
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Los productos MikaZone™ HPMC se utilizan ampliamente en el polvo de masilla de pared con las siguientes ventajas:

* mejorar la retención de agua del polvo de masilla, aumentar la duración de trabajo al aire libre y mejorar la compatibilidad factible.

* mejorar la impermeabilización y permeabilidad del polvo de masilla.

* mejorar la adhesión y las propiedades mecánicas del polvo de masilla.

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Los productos de éter de celulde MikaZone™ pueden garantizar la construcción sin problemas de diferentes tipos de azulejos sobre distintos soportes, incluso si la temperatura ambiente es relativamente alta. También puede ofrecer al adheteja un tiempo de apertura suficiente para el ajuste.

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For masonry mortars(plasters), workability, plasticity, and initial viscosity are several important properties. Adding methyl cellulose ether will greatly improve these properties even a small amount(a few thousandths). In cement and gypsum-based plaster, water is indispensable for the final hardening. Same as cement mortar, the water retention effect will make the mortar have higher bonding strength and hardness after curing.

MikaZone™ Cellulose Ether with high water retention property can make the cement fully hydrated, significantly increase the bonding strength, and can also appropriately increase the tensile bonding strength and shear bonding strength of the hardened mortar. At the same time, it can significantly improve workability and lubricity, greatly improving the construction effect and improving work efficiency.

Furthermore, adding MikaZone™ cellulose ether can obviously increase the bonding strength of mortar. Even if there is an obvious eccentric load or horizontal load, the tensile bonding strength and shear bonding strength will be relatively high.

As a functional decorative material, ceramic tile has been widely used worldwide, the ceramic tiles have different shapes and sizes, and the unit weight and density are also varied. And how to stick this durable material has always been a concern. The appearance of tile adhesive guarantees the reliable bonding effect to a certain extent.

Tile adhesive is the compound used to stick the tiles to the wall or floor. It is ready-mixed and specially formulated from OPC, selected fine sand, and additives to improve its essential properties for laying tiles. The addition of proper additives, like MikaZone™ cellulose ethers, can improve the final performance of tile adhesives.

MikaZone™ cellulose ether products can ensure the smooth construction of different types of tiles on various substrates, even if the ambient temperature is relatively high. It can also offer the tile adhesive a long enough open time for adjustment.

The application of MikaZone™ MC products can improve tile adhesive by the following aspects:

Enable tile adhesive a longer open time.
Improve workability without sticking trowel.
Increase sag-resistance and wettability.

Redispersible Polymer powder (Redispersible Latex powder) is the main raw material in production of internal, external wall putty, adhesive mortar and plaster mortar. the powder is specially applied as the agglutinant of basis materials on triple superphosphate, Talcum powder and white cement and so on. It can improve the adhesion properties water resistance, flexural strength and operability of the basis materials.
VAE polymer powders combine the adhesion of vinyl acetate with the flexibility of ethylene. The powders can be quickly redispersed into an emulsion after contact with water, and the emulsion has the same properties as the original dispersion. When the is emulsified and dispersed in water, it will form a polymer film after the water evaporates, This film has high bonding ability and unique properties, such as high flexibility, high heat resistance, and high adhesion to the various substrates.

Mikavae™ redispersible powers are especially suited for the construction industry, working as an important additive in dry mix mortar. It can empower the mortar with improved adhesion, flexural strength, deformability, abrasion resistance, and easy construction.
Applications in the mortar industry including:
1.EIFS
2.Tile adhesives
3.Skim coat
4.Decoration mortar
5.Plaster and render
6.Self-leveling floor system
7.Gypsum-based materials

Hydroxypropyl Methyl Cellulose ( ) is a non-ionic cellulose ether made from natural polymer material cellulose through a series of etherification. It is a white powder that swells in cold water into a clear or slightly turbid colloidal solution. It has the characteristics of thickening, dispersion, emulsification, film formation, suspension, adsorption, surface activity, moisture retention and protective colloid.
1.Thickening Effect： Hydroxypropyl Methyl Cellulose ( ) is used very often as a thickener in building applications as it prevents segregation and improves the cohesion of the formulation components. In dry mix mortar, the thickening power is related to their solution viscosity. The addition of MikaZone™ HPMC imparts excellent stickiness to wet mortar. That can significantly increase the adhesion of wet mortar to the base layer and improve the sag resistance of the mortar.
2.Water Rentention：Hydroxypropyl Methyl Cellulose ( ) can effectively prevent too fast and low pe*******on of water into the base surface in cement-based products, allowing more water to stay in the mortar and participate in the cement hydration reaction. MikaZone™ HPMC has a stable water retention capacity in a wide temperature range, although changes in ambient temperature will affect its water retention capacity. Some special grades of products can still work well in high-temperature environments. In gypsum-based and ash-calcium-based products, MikaZone™ cellulose ethers also play an important role in ensuring their open time and strength development.
3.Anti-sagging Ability：Hydroxypropyl Methyl Cellulose ( ) can significantly increase the thixotropic properties of the mortar system, which allows the mortar with excellent anti-sagging ability, thereby improving construction efficiency, especially when building on walls. The good sag resistance of the mortar means that there will be no slippage when the mortar is constructed with a considerable thickness; for the tile pasting project, it means that the tiles pasted to the wall will not be displaced due to gravity.

Hydroxyethyl Methyl Cellulose ( ) is a non-ionic cellulose ether made from natural polymer material cellulose through a series of etherification. It is a white powder that swells in cold water into a clear or slightly turbid colloidal solution. It is soluble in cold water and most organic solvents.
Hydroxyethyl Methyl Cellulose ( ) has significant thickening, water retention, suspension stability, dispersibility, cohesiveness, film-forming properties, etc.

We are looking for the end-users of HPMC, or the manufacturer of tile adhesives(bond), free sample ready as your request.
https://hpmc.com.br/cellulose-ether-hpmc/hydroxypropyl-methylcellulose-hpmc/

Hydroxypropyl Methylcellulose (HPMC) - MikaZone Cellulose Ether MikaZone™ HPMC es un éter de celulosa soluble en agua, no iónico, que ofrece una variedad de propiedades funcionales cuando se disuelve en agua. Se puede