Hatorite WE: Premier Cosmetic and Personal Care Raw Material

In the dynamic realm of cosmetics and personal care, innovation and quality stand as the pillars of product formulation success. At Hemings, we're proud to introduce our flagship product, the synthetic layered silicate Hatorite WE: a pioneering cosmetic and personal care raw material crafted for excellence. Designed with the same chemical and crystal structure as natural bentonite, Hatorite WE ushers in a new era of product formulation, providing unparalleled consistency and performance. Appearance-wise, Hatorite WE is a free-flowing white powder, offering ease of integration into various formulations. It boasts a bulk density of 1200~1400 kg·m-3 and a particle size where more than 95% is finer than 250μm. This meticulous engineering ensures a smooth and consistent blend, essential for high-quality cosmetics and personal care products. The loss on ignition stands between 9~11%, with a pH level of 9~11 when mixed in a 2% suspension, guaranteeing stability and compatibility across diverse product lines. Furthermore, its conductivity is maintained at ≤1300, ensuring that the final product's integrity remains uncompromised.

Typical Characteristic:

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Appearance	free flowing white powder
Bulk Density	1200~ 1400 kg ·m-3
Particle size	95%＜ 250μm
Loss on Ignition	9~ 11%
pH（2% suspension）	9~ 11
Conductivity（2% suspension）	≤1300
Clarity（2% suspension）	≤3min
Viscosity（5% suspension）	≥30,000 cPs
Gel strength（5% suspension）	≥ 20g ·min

● Applications

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As an efficient rheological additive and suspension anti settling agent, it is very suitable for suspension anti settling,  thickening  and rheological control of the vast majority of waterborne formulation systems.

Coatings, Cosmetics, Detergent, Adhesive, Ceramic glazes,

Building materials (such as cement mortar, gypsum, pre mixed gypsum), Agrochemical(such as pesticide suspension), Oilfield, Horticultural products,

● Usage

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It is recommended to prepare pre gel with 2-% solid content before adding it to the waterborne formulation systems. When preparing the pre gel, it is necessary to use a high shear dispersion method, with the pH controlled at 6~ 11, and the water used must be deionized water (and it is better to use warm water).

● Addition

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It generally accounts for 0.2-2% of the quality of the entire waterborne formula systems;the optimal dosage needs to be tested before use.

● Storage

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Hatorite® WE is hygroscopic and should be stored under dry condition.

● Package:

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Packing detail as : powder in poly bag and pack inside the cartons; pallet as images

Packing: 25kgs/pack ( in HDPE bags or cartons , goods will be palletized and shrink wrapped.)

Jiangsu Hemings New Material Tech. CO.,Ltd
Global expert in Synthetic Clay

Please contact us for a quote or request samples.

Email:jacob@hemings.net

Cell phone (whatsapp): 86-18260034587

Skype: 86-18260034587

We look forward to hearing from you in the near future.

Our Hatorite WE excels as an efficient rheological additive and suspension anti-settling agent, making it ideal for a broad spectrum of waterborne formulation systems. Whether it's enhancing the viscosity of a luxurious facial mask to ≥30,000 cPs or improving the gel strength of a hydrating cream to ≥20g·min, Hatorite WE brings forth unmatched performance. Its ability to clear in less than 3 minutes in a 2% suspension and maintain clarity is testament to its superiority as a cosmetic and personal care raw material. From suspensions to thickeners and rheological control agents, Hatorite WE is versatile, ensuring your products not only meet but exceed market expectations. In the ever-evolving cosmetics and personal care industry, staying ahead means constantly seeking out raw materials that offer flexibility, quality, and innovation. With Hemings' synthetic layered silicate Hatorite WE, your products will benefit from an ingredient that not only enhances performance but also ensures a delightful consumer experience. Dive into the future of cosmetics and personal care with Hatorite WE—where excellence and innovation culminate in every particle.