Make full use of bionic materials and cell biology cross fusion means

To realize the organic combination with indications and produce high quality results

To be your loyal medical partner and to serve as your main medi

Design + Production as the Core - Efficient Medical Engineering

Specific drug application scenarios Propose a safe and effective conversion plan

Hot Products

We are committed to becoming an open, innovative and reliable nanomedicine service platform

Less Layer Ti3C2 Powder

Number: Aa02A01000007

Unit: 1g

Price - USD/1g Price: 200

$ 299.99

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Ti3C2Tx (MXene) Multilayer Nanoflake

Number: Aa02A01000001

CAS Number: 12363-89-2

Price - USD/1g Price: 160

$ 160

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Clay-like Multilayer Ti3C2 Powder

Number: Aa02A01000003

CAS Number: 12363-89-2

Unit: 1/5/10g

Price - USD/1g Price: 60

$ 60

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Aminated Multilayer Ti3C2 Powder

Number: Aa02A01000005

Unit: 1/5/10g

Price - USD/1g Price: 400

$ 299.99

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About Us

The company has R&D centers or production bases in Beijing, Suzhou and Wuxi.

Beike Nano Technology Co., Ltd.

We was established in 2015, is a professional nano medical Contract Research Organization (CRO) in China.

Our Goal

We committed to becoming an open, innovative and reliable nanomedicine service platform.

Innovative Ideas

Adhering to the principle of technological innovation to drive the high-quality development of enterprises, we have continuously increased investment in innovation.

Solution

We are committed to becoming an open, innovative and reliable nanomedicine service platform.

Industries

We are committed to becoming an open, innovative and reliable nanomedicine service platform

Flexible MXENEHEC composite film for energy storage and electromagnetic shielding

The outstanding physical and chemical properties of two-dimensional materials have been extensively studied in different application areas. Compared to graphene and other two-dimensional materials, the emerging MXenes material has natural hydrophilicity, natural defects, chemically active surface, and ultra-high electrical conductivity.

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3D hollow structure MXENE@MOF derivatives for lithium battery negative

Although lithium-ion batteries have not yet reached the expected height in terms of energy density, they have been widely used in wearable electronics, electric vehicles and energy storage grids.

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Flexible MXENEHEC composite film for energy storage and electromagnetic shielding
3D hollow structure MXENE@MOF derivatives for lithium battery negative

Check out our applications in more industries

News

Biomaterials Frontier

IF 18.5! Microfluidic technology is used to self-assemble biocompatible core-shell nanocapsules with adjustable surface functions to enhance drug delivery
2024.08.15

Nanocarriers are critical for targeting and enhancing drug delivery. However, the use of toxic solvents and complex chemical functionalization have severely limited their clinical translation.
IF 83.5 ！ Design principles of strong and tough hydrogels
2024.08.14

Hydrogels are cross-linked polymer networks that swell with water. Due to their soft and water-containing nature, hydrogels are promising materials for applications in many fields such as biomedical engineering, soft robotics, and environmental research.

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Nanomedicine Frontier

IF 18.5! Bimetallic nanase integrated drop umbrella Au2Pt@PMO@ICG Janus nanomotors have dual propulsion
2024.08.15

Nanocatalytic therapeutic agents with chemokinetic therapy (CDT), photothermal therapy (PTT) and photodynamic therapy (PDT) are emerging nanomaterials in the treatment of malignant tumors. However, the passive diffusion and transportation of nanomaterials lead to poor permeability in tumor lesions,
IF 27.4! Transplantation of Extracellular Vesicles of Gut Microbiota Trained in Nanomedicine to Replace Fecal Microbiota for the Treatment of Ulcerative Colitis
2024.08.13

The biosafety issues associated with fecal microbiota transplantation (FMT) limit its clinical application in the treatment of ulcerative colitis (UC).