Research Chemicals in New Jersey | Best Chemical Company NJ

The Most Commonly Used Research Chemicals in New Jersey Labs


A wide range of research chemicals in New Jersey are used to labs throughout numerous scientific disciplines, resulting in ground-breaking discoveries and advances. While the precise compounds may vary depending on the nature of research, industry focus, and academic objectives, some regularly utilised research chemicals in New Jersey labs are:


Organic compounds are the foundation of numerous scientific studies, including study in chemistry, biology, and pharmacology. Commonly used compounds include benzene derivatives, aldehydes, and ketones.


Specialty Chemicals: These are chemicals designed for specific applications, such as solvents, reagents, and catalysts. Their adaptability makes them essential for customising reactions and processes.


Analytical Standards: Labs frequently employ certified analytical standards for calibration and validation. These standards ensure that the analytical instruments used in research are accurate and reliable.


Nanomaterials: New Jersey labs focus on materials science and nanotechnology, and they use a variety of nanomaterials due to their unique qualities. This encompasses nanoparticles, nanotubes, and nanocomposites.


Pharmaceutical Intermediates: Drug discovery and development laboratories use pharmaceutical intermediates to synthesise and test prospective drug molecules. These intermediates are vital in early-stage pharmaceutical development.


Environmental Monitoring Agents: As part of the state’s commitment to environmental sustainability, laboratories in New Jersey use research chemicals to monitor pollutants, analyse air and water quality, and assess environmental impact.


Peptide Synthesis Reagents: Peptide synthesis reagents are frequently used by biochemistry and pharmaceutical research laboratories to create bespoke peptides. These are critical for researching biological processes and devising therapeutic therapies.


Metal complexes are used often in coordination chemistry and catalysis research. These chemicals operate as catalysts in a variety of processes, contributing to advances in synthetic techniques.


Fluorescent Probes: Fluorescent probes are used in biological and medical research laboratories for imaging and diagnosis. These probes enable to visualise cellular activities and structures.


Isotopes: Isotopes may be used to designate chemicals in laboratories conducting nuclear research or medical imaging. Isotopes add to our understanding of chemical and biological processes.


Cell Culture medium and Reagents: Biomedical research laboratories frequently use specialised cell culture medium and reagents for cell studies. These substances provide an environment that promotes cell development and exploration.


Research-Grade Gases: In a variety of applications, including analytical chemistry and environmental monitoring, labs may use research-grade gases such as nitrogen, helium, and argon under precise experimental circumstances.


Antibodies and Protein Reagents: Antibodies and protein reagents are commonly used in biochemistry and life science laboratories for protein analysis, immunohistochemistry, and other molecular biology methods.


Custom Synthesis chemicals: Many labs work on custom synthesis projects, synthesising chemicals customised to specific research requirements. This includes the development of new compounds for specific uses.


Surfactants and emulsifiers serve an important function in chemical and material research. They are used to change surface characteristics, improve stability, and allow for controlled dispersion in a variety of formulations.


Laboratory Solvents: Ethanol, acetone, and diethyl ether are common solvents used in chemical research for reactions, extractions, and purification. These solvents protect the integrity of experiments by creating a controlled environment.


Research-Grade Enzymes: Molecular biologists and biochemists frequently utilise research-grade enzymes for DNA amplification (polymerase chain reaction, or PCR) and other enzymatic experiments. These enzymes guarantee the accuracy and reproducibility of studies.


Diagnostics and Biochemical Kits: Specialised biochemical kits are used by clinical research and diagnostic laboratories for disease detection, biomarker analysis, and enzymatic assays. These kits expedite operations and improve the productivity of research workflows.

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Chemical Analysis Lab in New Jersey

Introduction of Chemical Analysis Lab in New Jersey:

A network of advanced chemical analysis laboratories thrives in central New Jersey, adding to an area of precision and insight vital to industry breakthroughs and scientific discoveries. These labs, staffed by knowledgeable analysts and furnished with cutting-edge equipment, are essential to solving the enigmas surrounding chemical composition. This article explores the importance and unique characteristics of chemical analysis labs in New Jersey.

Cutting-Edge Instrumentation:
Chemical analysis labs in New Jersey are distinguished by their dedication to remaining on the cutting edge of technology. These labs are equipped with a wide variety of state-of-the-art devices, from nuclear magnetic resonance (NMR) machines to mass spectrometers and chromatographs. With the use of this toolkit, scientists can now precisely dissect and study intricate chemical structures, leading to a wide range of industrial applications.

Pharmaceutical Quality Control:
The state’s chemical analysis labs are essential to guaranteeing the safety, purity, and quality of pharmaceutical items. These labs adhere to the criteria imposed by regulatory agencies while contributing to the production of high-quality drugs through rigorous testing and validation processes.

Chemical analysis labs in New Jersey are essential to the field of forensic science because they help solve crimes and produce significant evidence for court cases. Toxins, narcotics, and biological samples are just a few of the materials that forensic analysts examine using cutting edge methods to help law enforcement authorities solve crimes. Maintaining the integrity of forensic investigations depends critically on these labs’ accuracy and dependability.

Environmental Monitoring:
Chemical analysis labs in New Jersey play a key role in environmental compliance and monitoring. These laboratories examine samples of soil, water, and air to identify and measure contaminants and make sure environmental laws are followed. These laboratories aid in the creation of sustainable practices and the preservation of ecosystems by offering precise data on the chemical composition of the surrounding environment.

Food Safety and Compliance:
Another crucial area where chemical analysis labs in New Jersey excel is ensuring the safety and quality of food products. These labs thoroughly examine food samples to look for impurities, confirm nutritional data, and make sure food safety regulations are being followed. By maintaining the food supply chain’s integrity, these labs support customer confidence and public health.

Continuous invention:

New Jersey’s chemical analysis labs are known for their culture of constant invention. In addition to being skilled at using current technology, the scientists and analysts working in these labs are also leading the way in the development of novel approaches and strategies. Because of their dedication to innovation, these labs are able to respond to new difficulties and are set up to meet the changing demands of a variety of industries.

In conclusion, New Jersey’s chemical analysis labs are cornerstones of superior analytical work and scientific rigor. Their contributions to the fields of forensics, food safety, pharmaceuticals, and environmental protection highlight how important they are to maintaining the standards of quality, safety, and process compliance.


Chemical Company in NJ

Introduction of Chemical Company in NJ : 

A network of chemical laboratories that act as the hub for chemistry-related innovation, research, and discoveries is tucked away in the state of New Jersey’s dynamic terrain. These cutting-edge facilities are essential for expanding scientific understanding, encouraging teamwork, and assisting in the creation of novel technology. We set out on a quest to discover the special qualities and contributions of chemical labs in New Jersey in this article.

An Innovation Hub:
New Jersey’s chemical laboratories are no exception to the state’s long-standing reputation as an innovation hub. Modern equipment and a team of talented scientists and researchers committed to expanding the frontiers of  chemical discovery work in these facilities. These labs work on a wide range of topics, from materials science to pharmaceuticals, with broad ramifications for different businesses.

Collaboration and Partnerships:
The emphasis on collaboration and partnerships is one of the things that sets chemical labs in New Jersey apart. In order to promote a vibrant ecosystem of knowledge sharing, many of these laboratories actively collaborate with educational institutions, business partners, and governmental organizations. This cooperative method guarantees that the results are applied in a way that benefits society as a whole while also quickening the speed of research.

Pharmaceutical Prowess:
New Jersey is a pharmaceutical powerhouse, and a major factor in this success is the state’s chemical laboratories. These laboratories are at the vanguard of drug research, putting up endless effort to create new chemicals, enhance medication formulations, and investigate cutting-edge therapy modalities. Collaboration between academic institutions, pharmaceutical corporations, and research facilities fosters discoveries that could revolutionize healthcare worldwide.

Environmental Stewardship:
Chemical Company in NJ are currently conducting research to solve environmental concerns in addition to therapeutic breakthroughs. In these labs, scientists are investigating environmentally friendly and sustainable solutions, creating green chemistry techniques, and coming up with novel ways to reduce the negative effects of chemical processes on the environment. This dedication to environmental care is a reflection of a wider understanding of the potential of chemistry to build a more sustainable future.

Education and Workforce Development:
Many chemical labs in New Jersey actively participate in educational outreach and workforce development programs because they understand how important it is to raise the next generation of scientists. Young people are encouraged to pursue careers in science, technology, engineering, and mathematics (STEM) disciplines via these initiatives. Through practical experiences and mentorship programs, these laboratories help develop the kind of trained workforce that will lead the next wave of breakthroughs.

In conclusion, New Jersey’s chemical laboratories are centers of excellence for science that promote sustainability, creativity, and teamwork. These labs are essential to chemistry’s future, helping to shape everything from environmental innovations to pharmaceutical discoveries. It is obvious that New Jersey’s chemical laboratories will be at the vanguard of scientific innovation, advancing human understanding and improving society, as we look to the future.

For More Info : https://chemhub.com/

What is Pheromone?

Have you ever met someone who is mysteriously, insanely attractive? Then you may be dealing with something known as ‘Pheromones.’

Now you might be curious about Pheromones? Hence, we will cover all the essential points about Pheromone in this article.

Of course, we are not going to discuss about human pheromones, rather, insect pheromones that deal with insects. This is very general article about pheromones. At ChemHub, we are making a few pheromones targeting some insects. Please visit our pheromone page at www.chemhub.com in the product category.

What are pheromones?
Pheromones are a single or small group of molecules that send messages between creatures of the same species, causing them to modify their behavior.

Pheromones are often simply one component of a broader collection of odorants released by an insect or mammal, and others have no noticeable fragrance. Nevertheless, odorants play a critical part in insect communication, and as we’ll see, they employ a wide range of chemical substances.

Animal pheromones

Animals secrete pheromones to trigger various behaviors, including raising the alarm, sexual arousal, warning another animal to back off, signaling a food trail thanks to their enhanced senses, and vomeronasal organ. The first pheromone, known as bombykol, is said to have been discovered in 1959. Bombykol is thought to be released by female moths to attract males.

Discovery of Pheromones
Pheromones were discovered by accident in the 18th century. Bonnet, a French ecologist, discovered the ant trail. He set up a table with an ant colony on one end and a little pile of sugar on the other.

He noticed that ants leaving the colony crossed the table to the sugar mound, picked it up, and carried it back to the colony. The ants followed a set path back and forth, with no deviations.

According to a study conducted by French biologist Pierre Bonnet, when he rubbed his finger over a line of ants, the ants came to a halt and searched the rubbed region. Then, they tapped their antennae on the ground while waving them in the air. Bonnet believed that the ants’ path was a trail of chemicals that they could detect and follow.

Types of Pheromones

Alarm pheromones
Alarm pheromones are volatile chemicals produced by clonal or social insects in reaction to a disturbance. Monoterpenes, sesquiterpenes, and short-chain aliphatic hydrocarbons are some of the signals that can be detected. They are less specific than other types of pheromones and typically contain combinations of chemicals.

Releaser pheromones
Releaser pheromones are a type of pheromone that may be used to
Pheromones that change the recipient’s behavior are known as releaser pheromones. Some creatures, for example, employ potent attractant chemicals to attract mates from two kilometers or more away. This sort of pheromone evokes a fast response in most people, but it degrades quickly.

Trail pheromones

Trail pheromones are a multipurpose chemical secretion that guides individuals of the same species to a food source while also acting as a territorial mark in the form of an allomone to creatures from other species. Trail pheromones are usually mixed with secretions from many exocrine glands to achieve better specificity.

Trail pheromone deposition is one of the essential elements that explain the effectiveness of social insect communication today. Moreover, it is one of the fundamental chemical signaling systems many social insects rely on.

Signal pheromones
Signal pheromones are a type of pheromone that is used to Short-term effects, such as the release of neurotransmitters that activate a reaction, are caused by signal pheromones. For example, the chemical Gonadotropic releasing hormone (GnRH) acts as a neurotransmitter in rats to cause lordosis behavior.

Epideictic pheromones
Epideictic pheromones are mainly used to indicate where female insects lay their eggs. Food pheromones are often associated with trail pheromones; they are associated with species that employ volatile hydrocarbons to steer their actions toward breeding to survive.

Information pheromones
Pheromones that indicate an animal’s identification or territory are known as information pheromones. For example, cats and dogs deposit chemicals in and around their territory, which signals that the occupier is there to other species members.

Modulator pheromones
Pheromones that modulate or synchronize biological activities are known as modulator pheromones. They’re most commonly detected in sweat. Scientists discovered that when put on the top lip of females, they became less nervous and calmer in animal trials. The monthly cycle of a woman may be affected by modulator hormones.

Aggregation pheromones
Aggregation pheromones are used for predator defense, partner selection, and mass attack to overcome host resistance. An aggregation is a collection of people who gather in one place, whether of one gender or both. Aggregation pheromones are one of the most environmentally specific pest control strategies available. At shallow doses, they are harmless and effective.

To sum up, Pheromones can boost or control mood, relax, reduce anxiety, and alleviate sadness.

They’re also proven to be incredibly effective in luring insects and control the population by mating disruption.

At ChemHub, we are not entomologists. We focus on chemistry and we only make a few intermediates and semio-chemicals for pheromone industries where entomologists formulate them in traps or spray to disrupt insect mating behavior to minimize or even eradicate particular insect species. The benefits are:

  • Pheromones are non-toxic.
  • Pheromones are environment friendly.
  • Only small amount of pheromones are required.
  • They are alternative solution to pesticide use.
  • Pesticides are harmful and even carcinogenic.
  • Large amount of pesticides are required to control insects.
  • Pesticides destroy the soil quality.
  • Pesticides are also expensive as they are required in large quantities whereas pheromones are extremely cost effective.

Some examples of insect pheromones:

1. Grand lure:
It is basically combination of four chemicals as described below-

It is used control population of specific Insect “Boll Weevil Beetle (Anthonomus grandis)” This pest is from Coleoptera Curculionidea family of insects affecting mainly Cotton crop.

2. Now lure:
It is mainly one single pheromone molecules

With this molecule, sometimes following two ingredients are also used in small quantities

This Pheromone targets specific pest Navel orange worm (NOW) Amyelois transitella which belongs to Lepidotera Pyrralidea family of Insects and It destroys variety of Fruits (figs Pomegranates), Nuts (Almonds, Walnuts, Pistachio) & Citrus fruits like Orange.

Like these pheromones there are several more pheromones that we are capable of production. Few of them are listed below:

    • Gossyplure
    • Codlure
    • Cuelure
    • Disparlure


And, many more.

To learn about them, please visit our ChemHub website at www.chemhub.com.

Please email us or call us to discuss your requirements.

Email:       info@chemhub.com

Phone:       908-548-0790

10-Monounsaturated Pheromones

At ChemHub, we have developed and scaled up the core intermediate 10-Undecyne-1-ol and is commercially available from us.

This intermediate can lead to four important semiochemicals (pheromones) targeting different insect species mentioned above. And, of course, there are other pheromones can be targeted to make from 10-Undecynol, such as 10-Pentadecyne-1-ol. In this blog article, 10-Pentadecynol is not mentioned, even though, ChemHub is one of the largest producer of 10-Pentadecyne-1-ol and can supply in bulk quantity.

We make 10-Undecynol and 10-Undecynoic acid starting from 10-Undecylenic acid.  We have the strategic advantage and ability to make this raw material, 10- Undecylenic acid, as we have the ready collaborative access to castor oil cracking facility where we get all the value added raw materials from castor oil cracking. Another example of castor oil cracking is that we get Heptaldehyde, which is an important raw material and can lead to several value-added products.

We are making 10-Undecynoic acid as well which can have various different application including making 10,12-Pentacosadiynoic acid.

Hence, we have accomplished the competitive process for making the final products using 10-Undecynol. Please inquire with us to discuss your requirement.

We can help to bring superior quality, speed and attractive economics to you to help you faster entry into the market place.


Contact us at ChemHub, Inc. we are located in Sayreville, NJ, very close to Newark airport and in close proximity to tristate area.


Email:                 info@chemhub.com

Website:             www.chemhub.com

Phone:                908-548-0790

Vanillin based products

There are some products can be made starting from Vanillin. First, let us understand what is Vanillin?

Vanillin based products is a quite prolific molecule. It is phenolic aldehyde containing two more functional groups, ether and hydroxyl groups.

It can be natural and is generally extracted from Vanilla bean. The natural vanillin is generally called Vanilla and contains the ethoxy analog as well and has very strong note. But, natural vanillin is quite expensive, nearly >15 times than synthetic analog. And it is generally used as flavoring agent in food.

Synthetic Vanillin is now more used to for F&F application and also can used to make other other derivatives for F&F application and also in pharmaceuticals.

There are two types of Vanillin:

Plain Vanillin having methoxy group ((−O−CH3))

CAS No: 121-33-5

Scheme for making Vanillin: Chemical synthesis of Vanillin is a two-step process, in which guaiacol (1) reacts with glyoxylic acid by electrophilic aromatic substitution. The intermediate formed, vanillylmandelic acid (2) is then converted to 4-Hydroxy-3-methoxyphenylglyoxylic acid (3) and finally followed through Vanillin (4) by oxidative decarboxylation.

Ethyl Vanillin having ethoxy group (−O−CH2CH3)

CAS No: 121-32-4

Scheme for making Ethylvanillin: Ethylvanillin is prepared from catechol, beginning with ethylation to give guaethol (1). This ether condenses with glyoxylic acid to give the corresponding mandelic acid derivative (2), which by oxidation (3) and decarboxylation, gives ethylvanillin (4)

Ethyl Vanillin has a stronger note and is more expensive than plain Vanillin.

In this blog, Plain synthetic vanillin will be described. There are a few global producers for Synthetic Vanillin. The first commercial synthesis of vanillin began with natural compound Eugenol, 4-allyl-2-methoxyphenol. Today, artificial vanillin is made either from Guaiacol. The scheme is given below:

Not too long ago, biosynthetic Vanillin was developed, but it became very expensive and is not feasible to make other derivatives economically. The best cost, competitive Vanillin is made from Petrochemical waste Lignin or Guaiacol.

Vanillin has been used as a chemical intermediate in the production of pharmaceuticals, cosmetics, and fine chemicals. Most of vanillin production was used in the synthesis of specialty chemicals. In this blog, four different types of specialty products are described having application in F&F industry.

A general flow chart of four different products can be made from Vanillin that are of importance in Flavor & Fragrance industry

At ChemHub, we have developed the process to make two key intermediates starting from Vanillin:

Vanillyl alcohol (CAS No: 498-00-0) and Vanillyl amine (CAS No: 1196-92-5).

These two key intermediates are used to make final products. Schemes are shown below. The last scheme is the preparation of Vanillin Isobutyrate directly from Vanillin.

  1. Scheme for making Nonivamide:
  2. Scheme for making Capsaicin:
  3. Scheme for making sweet Capsaicin (Capsiate):
  4. Scheme for making Vanillin IsoButyrate (VIB):


Vanillin Nonamide is also known as Nonivamide. Nonivamide can also be called pelargonic acid vanillylamide or PAVA.

CAS Number: 2444-46-4

It is in capsaicinoid category. It is manufactured synthetically from Vanillylamine and pelargonic quite cheaper than capsaicin.

Nonivamide is used to add pungency in seasonings and spice blends. It is used in the bakery industry to induce a hot sensation.

and is also used in the pharmaceutical industry as a cheaper alternative to capsaicin.

It can also deter animals, such as deer and squirrel from consuming seeds and crops. It is used in pepper spray irritant for self-defense purpose and can be used in dispersing peaceful demonstration or riot control. It can also be used as lethal in the chemical warfare.


CAS Number: 404-86-4

Capsaicin (8-methyl-N-vanillyl-6-nonenamide) is an active component of chili peppers, which can be synthesized as well. It is a chemical irritant for mammals, including humans, and produces a sensation of burning in any tissue with which it comes into contact. Capsaicin and several related are called capsaicinoids having use as deterrents against certain mammals. Pure capsaicin is a hydrophobic, colorless, highly pungent, crystalline solid compound. it is also commonly used in food products to provide added spice and heat. In high concentrations, capsaicin will also cause a burning effect on other sensitive areas, such as skin or eyes. The degree of heat found within a food is often measured on the Scoville scale.

There has long been a demand for capsaicin-spiced products such as Tabasco sauce and Mexican salsa. It is reported to experience pleasurable and even euphoric effects from capsaicin via endorphins release. It also has application for relief of minor aches and pains of muscles and joints associated with arthritis, backache, and sprains,

Capsaicin is being used to reduce the symptoms of peripheral neuropathy, providing pain relief from, HIV-neuropathy, and diabetic neuropathy., Capsaicin is shown to decrease LDL cholesterol levels.

There are six natural capsaicinoids shown below.  Only, Vanillylamide or Nonivamide  (PAVA) and Capsaicin are produced synthetically for most applications

Sweet Capsaicin (Capsiate):

Major capsinoids in nature:

Capsiate ( 4-hydroxy-3-methoxybenzyl (E)-8-methyl-6-nonenoate),                  (CAS No. 205687-01-0)

Dihydrocapsiate (4-hydroxy-3-methoxybenzyl 8-methylnonanoate),                   (CAS No. 205687-03-2)

Nordihydrocapsiate (4-hydroxy-3-methoxybenzyl 7-methyloctanoate),               (CAS No. 220012-53-3)

Capsinoids category include capsiate, dihydrocapsiate, and nordihydrocapsiate, and naturally present in chilli. Even though, structurally similar to Capsaicin, the biggest difference is in Scoville Heat unit (SHU) where the Capsinoids have an estimated 1/1000 that of capsaicin. This is the main reason, the Capsiate is dubbed as “ Sweet Capsaicin”. Many health effects have been reported through scientific study, including anticancer, anti-inflammatory, and analgesic activities, and weight management.

Structural differences between Capsaicin and Capsinoid family of compounds are illustrated below. Capsinoids have an ester bond in their structures, whereas Capsaicin has characteristic amide bond.

Capsaicin vs. Capsinoids?  Which one to chose

Both are shown have same effect except the taste and SHU. The real difference is Capsaicin is more effective to deter animals, where larger amount of Capsiate can be absorbed in the body without burning effect. There are many ongoing investigation for comparison and other benefits.

Vanillin IsoButyrate (VIB):

CAS No: 20665-85-4

Very little information is available at this moment.ChemHub is making it,

Please contact us at ChemHub, Inc. Sayreville, NJ, US. Phone: 908-548-0790

Email:                      info@chemhub.com

Website:                 www.chemhub.com



Cis-3-Hexenol; (z)-3-Hexen-1-ol

CAS No. 928-96-1

FEMA: 2563

cis-3-Hexen-1-ol, abbreviated as (Z)-3-hexen-1-ol is known as leaf alcohol. Leaf Alcohol is a very important aroma ingredient and is one of the most popular fragrance Ingredient in F&F industry. It has powerful green note resembling fresh Green Grass. In small amounts it gives top-notes of floral fragrance like Lilac. In Flavor formulation, it adds sweet green note to all fruit flavors like Paech Apple & Pear. It is a colorless oily liquid with an intense grassy-green odor of freshly cut green grass. Leaf alcohol also has been recognized as a semiochemical.

cis-3-Hexen-1-ol is an alcohol and its esters are also important flavor and fragrance ingredients.

Also, the leaf aldehyde, which is cis-3-Hexenal has stronger smell but is unstable.

It is traditionally manufactured from Sorbic alcohol by using Chromium catalyst for hydrogenation. Hexavalent Chromium is now classified as highly toxic, Carcinogenic and environmentally hazardous in nature, hence, this catalyst in now not preferred at all creating a shortage for leaf alcohol worldwide and scrambling for availability while the price has been spiralling upwards.

At ChemHub, we have developed two new processes eliminating use of hazardous Chromium catalyst. These new processes are environment friendly Green Chemistry.


Leaf Alcohol can be used to make other perfumery chemicals like

Leaf Acetate (cis-3-hexenyl acetate, CAS No: 3681-71-8)

Leaf Tiglate (cis-3-hexenyl tiglate, CAS No: 67883-79-8)

Leaf Aldehyde (cis-3-hexenyl aldehyde, CAS No: 6789-80-6)


We plan to offer all these ingredients, June onwards.

If you are interested, please contact us for further information:

ChemHub, Inc.

3, Crossman Road South,

Sayreville, NJ 08872

Phone: 908-548-0790

Email: info@chemhub.com

url: www.chemhub.com

Chiral Chemistry at ChemHub

ChemHub is a CMO and CRO-dedicated company that focuses on small and commercial-scale production of pheromones, fine chemicals, fragrances, and flavors. Since its inception, ChemHub has constantly been redefining various chemistry solutions utilizing chiral chemistry for the fine chemical industries. By concentrating on the ethos of reinvention, redefinition, and rediscovery, ChemHub aims to provide path-breaking solutions to clients. The company offers four different services – custom synthesis, process development, analytical support, and chiral chemistry while employing them in production campaign for three main areas of Flavor & Fragrances, Pheromones and Specialty chemicals. ChemHub has excellent experience in customized chiral chemistry solutions and the production of complex and high-value chemicals in a critically differentiated manner using enabling process technologies.

ChemHub Chiral Chemistry

Although phenomenal research has been done at the academic level concerning chiral chemistry, its application has been challenging on a commercial scale. ChemHub has tried to break this loop by engaging our decades of scale-up experience with chiral chemistry in a revolutionary yet cost-effective manner knowing that chiral chemistry is an indispensable tool for producing optically active molecules. Likewise, chiral chemistry’s role in maximizing safety and efficacy is magnanimous and unavoidable as the usage of chiral molecules are reduced significantly as the other non-active chiral molecules will not be required. The sensitive nature of chiral resolutions and asymmetric chiral synthesis in conjunction with their significance in essential areas of drug development, makes it imperative to choose a responsible and trustworthy and competent company like ChemHub. The GOOD MANUFACTURING policies of the company are complemented with the values of integrity, reliability, and innovation means that Pharma and chemical sectors can depend on ChemHub for best solutions at a reasonable cost. ChemHub has accomplished multiple projects involving the process for the separation of racemic compounds into their enantiomers and diastereomers within the realm of stereochemistry. Simultaneously, the asymmetric chiral synthesis that ChemHub has developed using both organometallic catalysts and enzymes as biocatalysts fosters an efficient and effective route in API development and waste minimization.

ChemHub has implemented innovative process for the separation of racemic compounds into their enantiomers and diastereomers within the realm of stereochemistry. ChemHub’s chiral solutions open broader perspectives for the challenges confronting chemists to produce effective and simple solutions.

ChemHub possesses versatile and extensive experience with chiral catalysts and works with a significant number of enzymes. Some of the strongholds of ChemHub include

  • Asymmetric Organometallic catalyst to stereospecific enantiomer or diastereomer
  • Asymmetric material using enzymes – bio-catalysis
  • Resolution and separation of stereoisomers

Why Choose ChemHub’s Chiral Chemistry: A Crisp Overview

Premised on a robust foundation of competent technical experts, ChemHub develops and scales up a diverse range of chiral synthesis solutions for the benefit of its customers. The company strives to provide its clientele within the chemical industry to have an optimal and economic route characterized by purity and efficacy. ChemHub has the necessary training and mindset to develop high quality chiral synthesis to generate complex chiral molecules at a reasonable cost. As a result, the company is equipped to dispense an array of chiral scaffolds to their customers from various segments of chemical industries. ChemHub’s ingenious technical prowess coupled with immaculate process understanding and collective experience means that the needs of even the most complex chemistry requirements are adequately met.

ChemHub’s team has the capability and extensive knowledge of chiral chemistry and experience with chiral molecules. As a result, they are adept at helping customers choose optimal processes and achieve a product that caters to particular requirements suiting their budget. Through their multi-faceted chiral capabilities, ChemHub helps their esteemed clients achieve a product to their satisfaction. Thus, ChemHub helps customers to obtain the products with the desired qualities through a wide assortment of chiral competencies and abilities.

What Makes ChemHub’s Chiral Chemistry Special?

  • Cutting-edge Collaboration – ChemHub’s chiral chemistry solutions reach their culmination through intensive collaborations with academic and technical institutions to ensure that their client receives the best of both worlds – academic efficiency and commercial applicability.
  • Diversity – One of the biggest strengths of ChemHub is its versatility in terms of chiral chemistry services. In addition to asymmetric reduction, kinetic resolution, and stereoselective epoxidation, the company also deals in conventional separation of stereoisomers, green chemistry by use of biocatalysts, and so forth.
  • Holistic and simplistic Prowess – What makes ChemHub stand alone from others is its all and ever encompassing experience in complex chemistry, process design, and optimization. They add value to their chiral chemistry services by augmenting all-around benefits while on the endless learning curve to understand more.

Advantages of Opting for ChemHub

Some of the veritable advantages of opting for ChemHub as your chiral chemistry partner are

  • Listen to our clients and discuss
  • Strict quality control
  • Quality identification of synthetic products
  • Premium-quality chiral-related synthetic services
  • Top-notch and complex molecules
  • Years of experience in chiral chemistry to meet the specific needs of clients
  • Provision of comprehensive and well-thought-out services

Top Five Key Differentiators of ChemHub

  1. Genuine Scientific Collaboration – ChemHub prides itself on having a collaborative and straightforward way of working. They strive to transform the traditional perceptions of CMO and CRO-focused companies by adhering to the ethos of service, science, and passion.
  2. Excellent Operations – Being located in New Jersey, chemical hub of the US, ChemHub’s facilities are meticulously designed to adapt to the needs of chemist sectors. Equipped with state-of-the-art GLR and SS equipment, the chiral chemistry solutions of ChemHub operate under GMP and GMP-like conditions.
  3. Competent Team – The team of ChemHub is committed to putting their customers’ products first and delivering superior services and manufacturing solutions.
  4. Revolutionary Process Technologies- The continuous innovation and breakthroughs of ChemHub are what sets it a class apart from the rest. ChemHub relentlessly tries to expand its capabilities around a wide assortment of emerging and enabling technologies to maximize the value of services for its esteemed clientele by delivering critically differentiated products.
  5. Ethics of Care – The ethos of ChemHub is such that the entire team diligently tries to provide the highest standards of safety, sustainability, quality, and compliance to their customers.

Concluding Thoughts

Since its inception, ChemHub has successfully pioneered the domain of chiral chemistry. Moreover, it has also synthesized more than 10000 compounds, particularly in the pharmaceutical and biotech industries. The company also maintains vital strategic relationships with several research and manufacturing partners for raw material control, quality control, process control, and so forth. The many achievements of ChemHub in the domains of custom synthesis, process development, and high-quality product delivery make it a crucial and recognizable player in the CRO and CMO world. Thus, ChemHub has been at the forefront of revolutionizing chiral chemistry through innovative, groundbreaking, and novel trajectories. ChemHub promises its clients quality products, competitive pricing, superior service, and IP protection.

Analytical Support at ChemHub

ChemHub is a CMO and CRO-oriented company that engages in research and investigation of custom chemistry challenges and products for fine chemicals, pheromones, semiochemicals, flavors, and fragrances industries. Recently, the company also displayed an excellent capability to produce OLED materials and specialty material in the fine chemical industries. Both small-scale and commercial-scale industries are the target clientele of ChemHub. It is noteworthy to mention that ChemHub has extensive organic chemistry research experience with high-level trained staff to offer dedicated, quality and uncompromising services in analytical support, process development, and chiral chemistry.

Since its inception, ChemHub has been at the forefront of offering complete analytical support and method development coupled with comprehensive QS data packages, including structure elucidation and data interpretation. Through its state-of-the-art analytical tools such as NMR, GC, optimal rotation, KF titration, and so forth, ChemHub aims to dispense optimal support to its clientele in a timely fashion, at competitive prices, and within intellectual property protection. Some of the chemical analysis services that ChemHub offers, include –

  • Analytical Method Development
  • Data Interpretation
  • GC (Chiral and non-chiral columns)
  • GC-MS
  • HPLC (Chiral and non-chiral columns)
  • NMR (multi-nuclei and 2-D)
  • FT-IR
  • Optical rotation
  • Karl-Fischer Titration
  • UV-VIS
  • DSC
  • Stability testing

Thus, ChemHub is nearly one-stop destination for all analytical support related to the chemical and pharmaceutical industries. We have arrangements to provide other analytical services, such as,

  • Heavy metal
  • Toxicity
  • Microbiological assay

Importance of ChemHub’s Analytical Support

It would not be erroneous to say that analytical testing is the DNA of all pharmaceutical and chemical industries. Analytical support is essential for all kinds production campaign for quality control and process monitoring. ChemHub’s analytical support helps our own production and process control. ChemHub’s Analytical support helps businesses to manufacture, conduct research, and development, validate, and execute GCP, GLP, and cGMP analytical methods that range from routine to highly complex programs. First, the company identifies, determines, quantifies, and purifies a substance. After that, steps like separating the components of a solution or mixture or determining the chemical compounds are also taken into account.

With the inundation of FDA regulations and customer lawsuits, the significance of rigorous testing has escalated in pharmaceutical industries. It is in such a context of stringency that the analytical support mechanism of ChemHub comes into the picture. The impact of the increasingly regulated environment puts a lot of pressure on drug developers, and the GOOD MANUFACTURING practices of ChemHub act as the knight in shining armor by alleviating some of their rudimentary responsibilities. The four pivotal domains that set the analytical support of ChemHub a class apart from the rest are –

  • Regulatory compliance to CGMP-CGLP guidelines
  • Accessibility and professional competency that galvanizes the rigorous execution of a project
  • Quality Control
  • Quality Assurance
  • Affordability

ChemHub’s Technology Package and Analytical Support: The Perfect Duo

ChemHub aims to combine its excellent analytical support solutions with a holistic technology package to ensure that its clients get the best of both worlds.

  • The company ensures that its analytical support is robustly operable and has a practical approach.
  • Likewise, the cost-efficiency of the entire process is also prioritized. One of the main reasons ChemHub stands out among its clients in the pharmaceutical industry is its solemn concentration on competitive pricing.
  • The green energy goals through analytical support also form an integral part of the functionality of ChemHub.
  • The quality that ChemHub offers in its analytical support and testing procedures is unmatched.
  • Lastly, safety and IP transfer are two pillars that ChemHub diligently focuses on.

Top Five Reasons to Choose ChemHub for Analytical Support

ChemHub has a reputation for being the reliable and consistent at what they do! The ethos of ChemHub – responsiveness, reliability, innovation, and teamwork – implies that ChemHub will prioritize their clients’ needs and offer support that speaks to the unique endeavors of a project.

  1. Certification – ChemHub offers Kosher certified food-grade materials. We are also FDA food facility registered.
  2. In the area of innovation, ChemHub shines bright as it produces its products with the best GLR and SS equipment under the ambit of GMP-like conditions.
  1. Flexibility – ChemHub makes sure that its customers get flexibility and their requirements are being taken care of. It offers distinguishable merits in terms of price, quality, and deliverables like removal of unwanted impurity, better purity, and likewise are considered with utmost sincerity. Thus, choosing ChemHub means choosing a CRO and CMO-oriented company that listens, communicates, and pledges to offer the optimal solutions. ChemHub prides itself on long-term client engagement and relationships and acknowledges the significance of an optimally symbiotic relationship in an industry like the chemical and pharmaceutical sector.
  1. Long-term Client Relationship – Many of the customers of ChemHub have been long-term clients who always return owing to the excellent customer engagement offered by the organization. ChemHub pays a lot of attention to customer retention and satisfaction through viable communication and collaborative measures.
  1. Optimized Solutions – ChemHub ensures that they disseminate the most suitable and optimal analytical support solutions to their clients. The company ensures that its recommendations, plans, and layouts are customized to meet its customers’ diverse and disparate requirements. Moreover, ChemHub leaves no stone unturned to provide analytical support quality, cost-effectiveness, and reliability.
  1. Innovation – ChemHub strives to offer optimal and the most suitable analytical support solutions for every client. The company’s innovative and groundbreaking plans for analytical support are appreciated and sought-after by various sectors.

Concluding Thoughts

ChemHub aims to provide optimal, satisfactory, and the most suitable analytical support solutions to their clients by co-opting top-notch and highly complex analytical tools. The company’s prowess is in the dexterity that it displays while engaging with analytical support tools and processes like Karl-Fischer Titration, Optical Rotation, Data Interpretation, and so forth. ChemHub’s combination of qualified professionals with premium technology means that the needs of the drug developers are served to the best possible extent. Likewise, its salient focus on timely delivery, competitive pricing, and high quality provide it with an edge. Thus, without any doubt, doubt ChemHub strives to be reliable trustworthy partner in the crowded CMO and CRO market. Thus, ChemHub’s goal as a CRO and CMO-focused company to deliver best services possible in analytical support to their clients in the pharmaceutical and other chemistry sectors. ChemHub has a mission to become a comprehensive company within the domain of CMO and CRO.

Camphanediol | (+,-)-exo,exo-2,3-Camphanediol

Info: Camphanediol, High purity Camphanediol, Camphanediol in New Jersey, Exo-exo-Camphane diol, Exo,exo-2,3-Camphanediol, (+,-)-exo,exo-2,3-Camphanediol, CAS No: 56614-57-4, Camphanediol as Cosmetic Ingredient, Camphanediol Data

This is cosmetic/functional ingredient category. We are making ultrapure high quality material and is more specifically known as Exo-exo Camphanediol. Other manufacturers are doing more exo-endo derivative which is lower quality.

  • CAS Number: 56614-57-4
  • Molecular Formula: C10H18O2
  • Mol. Wt.: 170.25
  • Mp: 250-252 0C
  • Assay: >96% chemical purity; >97% isomeric purity
  • Synonyms: (1R,2S,3R,4S)-rel-1,7,7-Trimethylbicyclo[2.2.1]heptane-2,3-diol
  • Appearance: White crystalline solid

(+,-)-exo,exo-2,3-Camphanediol is utilized as a conditioning agent, affording a soft texture and feel to hair and skin. It is also known to increase microcirculation, leading to its use in several products in the cosmetics industry. Moreover, it has found application as a component in protective surface coatings.

The most common route to (+,-)-exo,exo-2,3-camphanediol (Isomeric purity: >94%) is via the reduction of camphorquinone with hydride reagents such as LiAlH4 and NaBH4.[i]­­­­,[ii] However, LiAlH4 is a toxic and pyrophoric reducing agent with poor solubility in common ether solvents and requires the use of strictly anhydrous reaction conditions. On the other hand, the milder NaBH4 provides the diol product in very low yields.[iii] The alternate synthesis via catalytic hydrogenation over Raney Ni necessitates the use of high pressures (~1000 psi of H2) and provides the (+,-)-exo,exo-2,3-camphanediol in poor diastereoselectivities.1

At Chemhub, we have developed a novel, mild reduction of camphorquinone to (+,-)-exo,exo-2,3-camphanediol in high yields and in excellent isomeric purity (>97%). The scalability and robustness of our method is particularly attractive, providing multi-kilogram quantities of (+,-)-exo,exo-2,3-camphanediol.

This is cosmetic/functional ingredient category. We are making ultrapure high quality material and is more specifically known as

Exo-exo Camphanediol. Other manufacturers are doing more exo-endo derivative which is lower quality.

Keywords: Camphanediol, High purity Camphanediol, Camphanediol in New Jersey, Exo-exo-Camphane diol, Exo,exo-2,3-Camphanediol, (+,-)-exo,exo-2,3-Camphanediol, CAS No: 56614-57-4, Camphanediol as Cosmetic Ingredient, Camphanediol Data

Tags: Camphanediol, High purity Camphanediol, Camphanediol in New Jersey, Exo-exo-Camphane diol, Exo,exo-2,3-Camphanediol, (+,-)-exo,exo-2,3-Camphanediol, CAS No: 56614-57-4, Camphanediol as Cosmetic Ingredient, Camphanediol Data