Author name: organicbentonite

Ar hidroxietilcelulosa ge 'nar klase ar polímero celulosa ko ya a base de ar dehe. Ar tsa̲ da utilizar komongu agente espesante jar cosméticos | Hidroxietilcelulosa jar cosméticos, ne 'nehe komongu agente gel. To da ampliamente utilizado recubrimientos pintura ne 'ra ya productos da hñeti ar piel. Majwäni, Ar gi japu̲'be̲fi champú ne gel ducha. 'Ra ya productos loción ya mäs ya utilizados, getho pe̲ts'i 'nar hogu̲ma̲ gel cristalino.

Coalescent Agent Film Forming/Coalescing Agents for Paints & Coatings In manufacturing paints and coatings, the function of a coalescing agent is to facilitate the softening of the polymer. This softening process plays a vital role in the creation of a consistently solid and uninterrupted film during the drying phase of the paint. These agents operate

Hydroxypropyl Methylcellulose HPMC is derived from natural polymer materials, undergoes a sequence of chemical processes to yield a non-ionic cellulose compound. This odorless and non-toxic white powder readily dissolves in cold water, forming a transparent and thick solution. It demonstrates commendable attributes including effective water retention, thickening capabilities, emulsification, film formation, suspensión, adsorption, gelation, surface activity, and functioning as protective colloids.

SHPM | Sodium Hexametaphosphate encompasses a spectrum of alternative names. It can be called as Calgon, polyvinylidene sodium, sodium metaphosphate vitreous body, sodium multiple metaphosphates, Graham salt, or most commonly referred to as SHMP.

Hexametaphosphate What is Sodium Hexametaphosphate? Sodium Hexametaphosphate is an inorganic polyphosphate salt holds multifaceted applications, serving as both a corrosion inhibitor and an emulsifying agent. Hexametaphosphate is utilized as a dry powder dispersion agent, effectively preventing the cohesion of clay platelets and promoting improved soil consistency. Hexametaphosphate functions as a crucial dispersing agent in the

Polyethylene wax have the characteristics of heat stability, chemical resistance, and hardness. Adicionalmente, polyethylene wax boasts attributes such as abrasion resistance and a broad melting point range. This combination of features, coupled with its capacity for reducing cohesion between polymer molecules, positions PE wax as an effective internal lubricant that promotes compatibility with various polymers.

Perlas vidrio pa pintura : Ya perlas vidrio bí utilizan jár fluidos ar perforación xí hñets'i'i densidad, Fabricación caucho ne plástico, Bí nja'bu̲ bí komongu pinturas ne revestimientos. Ár mahyoni da bí extiende ja 'nar avance notable ámbito jar diseño ne ár nt'ot'e pintura pa señalización vial. Particularmente, Ge 'nar componente crucial pintura termoplástica ndui hño nä'ä bí gi japu̲'be̲fi pa ya marcas viales, contribuyendo da mejorar ar luminancia ar carretera ga̲tho ar pa pa ya conductores..

Wax PE is a type of polymer derived from low molecular weight polyethylene. This material exhibits wax-like attributes due to its distinct properties, which include low viscosity, a high level of hardness or brittleness, and a relatively elevated melting point. These characteristics stem from its fundamentally linear structure.

Ya hyats'i PE ge 'nar klase ar polietileno ar be̲xu molecular ultrabajo xi t'o̲t'e ya cadenas ar monómeros etileno. Nuna hyats'i tso̲ni ndunthe ya 'befi, da 'ñent'i actuación komongu ar dispersante, Agente deslizante, Aditivo resina, ne agente desmoldante. Basa jar cadenas ar monómeros ar etileno ne ar dispersa comúnmente jar disolventes aromáticos ne alifáticos. Nuna ar dispersión mejora ya propiedades antisedimentación ya recubrimientos ne ya tintas. Ya hyats'i PE exhibe características komongu ar tixotropía, Anti-flacidez, ne mfeni ya posicionar pigmentos ar metálicos bí efectiva.

Glass microspheres are minuscule glass spheres that find application across a wide spectrum of industries. These microspheres possess remarkable attributes like corrosion resistance, fire resistance, and non-conductivity. With a history spanning over a century, glass microspheres have been a staple, contributing significantly to various sectors.