INNOVEXA CHEMICALS : YOUR PARTNER IN EXCELLENCE
innovation
We at INNOVATE designs the SOP's in a way that routine practices and the maintenance of compliances shall become quite user friendly while matching the benchmark of user desires.
symbiosis
The eagerness to know and learn about the latest technology and know-how from the highly learned academicians and to support them with the bulk quantities nanoparticles for their research work.
DESIGN of experiment
Development of the protocols for nanomaterials with desired shape, size and MOC and with highly precise requisite physico-chemical properties and the scaleup studies.
scale-up
From lab scale to Pilot plant to full manufacturing Scalability of any product possess many technological challenges we @ INNOVEXA carefully design the process and machinery designing so at to meet the successful scalability.
Customized synthesis of advanced Nanomaterials for Next Generation Products
Envisioning the technical desires, ethical and economical goals, we utilize the best suited methodology. With our strong technical backbone, we can efficiently develop and scale-up various nanomaterials utilizing best technologies. We can provide the support from development till commercialization of metal, metal oxide, metal salts, metal alloys, core-shell nanoparticles, Hollow nanoparticles, nanoparticles with various shapes and sizes and with various chemical modifications for various potentials uses, nanoparticles for gas sensing applications, nanoparticles for in-situ Sulphur removal, chemical catalysis, intelligent polymeric particles for drug delivery, encapsulation for labile moieties and active ingredients etc.
Our Strategy
Primarily we understand the specific requirement of the client and then analyze the existing infrastructure and the depth of technical know-how about the subject. Keeping in mind both the components we design a specific synthetic protocol for nanomaterial matching the customer’s need. Simultaneously, it is considered that not much modification in the plant and machinery shall be required. Various technical sessions and hand-on experiences for the client’s staff are being conducted to enhance the technical know-how about the subject. This customer-focused approach helps companies accelerate their product development and time to market with a dedicated team and full product lifecycle support throughout the process.
MOC's of Nanomaterials
We can provide the support for the development of various nanomaterials including metal, metal oxide, metal salts, metal alloys, core-shell nanoparticles, hollow nanoparticles, nanoparticles with various shapes and sizes and with various chemical modifications, nanoparticles for gas sensing applications, nanoparticles for in-situ Sulphur removal, chemical catalysis, intelligent polymeric particles for drug delivery, encapsulation for labile moieties and active ingredients etc. Moreover, chemically modified carbon nanoparticles including SWCNT/MWCNT, fullerenes and graphite are also under the scope.
Environment, Health & Safety
One of the key regulatory considerations is compliance with environmental regulations. Nanomaterials have unique properties that can present new challenges for environmental safety. We ensure that our manufacturing processes are designed in a way that minimizes the release of nanoparticles into the environment. This may involve implementing engineering controls, such as closed-loop systems or containment measures, to prevent the escape of nanomaterials. Additionally, while dealing with new vertical of products we conduct thorough environmental impact assessments to identify potential risks and develop appropriate mitigation strategies.
Research & Analysis
Innovexa Chemicals is primarily engaged in developing and manufacturing precious metals based alloys of various shapes and physico-chemical properties for some specific applications.. With the in-depth understanding and knowledge of the subject our R&D team allow us to offer particles with variable shape, size, carrier, physical state and dispensability in various matrices. The size range of the particles offered by us falls in the range of few nanometers to microns depending upon the application and customer desire.
30 base methods (plus countless customization and optimization techniques)
Scaling from 100 to 10,000 times what is created in the lab
250 metric tons* of cost-effective, manufacturing capacity (and growing!)