Intermediates, Fine and Specialty Chemicals (Products)

Intermediates, Fine and Specialty Chemicals (Products) Companies (200)

Intermediates, Fine and Specialty Chemicals (Products) News

Intermediates, Fine and Specialty Chemicals (Products) Products (200)

  • Product Lisdexamfetamine Dimesylate

    Lisdexamfetamine Dimesylate is a central nervous system (CNS) stimulant active pharmaceutical ingredient (API) and prodrug indicated for the treatment of Attention Deficit Hyperactivity Disorder (ADHD) and binge eating disorder (BED). Enzymatically hydrolyzed in red blood cells to release active dextroamph...
  • Product Indolinone

    CAS NO.:15362-40-0Chemical Name: 1-(2,6-dichlorophenyl)-2-indolinone
    Molecular Formula: C14H9Cl2NO
    Molecular Weight: 278.13   
    Usage:Intermediate of Diclofenac Sodium
  • Product CARBOPLATIN

    Carboplatin is a chemotherapy agent classified as an alkylating agent that contains platinum, which binds to and damages cancer cell DNA, preventing replication and leading to cell death National Cancer Institute. It is FDA-approved for the treatment of advanced ovarian cancer, both as a first-line therapy...
  • Product FUNDABAC® Candle Filter

    Fully automated pressure candle filter for solid-liquid separation, with dry cake discharge in one closed cycle.

    • Filters, washes, dries, and discharges; no manual steps • No rotating parts inside the vessel • Patented heel volume filtration for higher yield • 0.012 m² (lab) to 30...
  • Product Silica Gel Orange Desiccant

    Orange Silica Gel
    Orange bead or lump, when absorbing moisture, the color will change to green or transparent. Orange silica gel doesn’t contain cobalt chloride, so it’s non-toxic and harmless. 

    Application:
    Mainly used for drying and indicating the humidity, widely used in Precis...
  • Product N-Acetyl-D-Mannosamine Monohydrate

    In biological systems it is the precursor compound for the biosynthesis of the sialic acids especially N-acetylneuraminic acid (Neu5Ac, NANA). For this reason N-acetyl-D-mannosamine is of keen interest to scientists around the world. ICE Pharma’s N-acetyl-D-mannosamine is high purity semi-synthetic suitabl...
  • Product Ethylhexyl Triazone (EHT)

    It is a new type of ultraviolet absorber developed in recent years, it has a large molecular structure and high ultraviolet absorption efficiency, with a broad spectrum sunscreen effect, both to prevent UVB ultraviolet, and to prevent UVA ultraviolet, can be used as an additive in sunscreen pro...
  • Product 2-Thiobarbituric Acid

    Color : White / Almost White / Light Yellow / Light Brown Form : Powder L O D (Loss on Drying) : Not more than 1% Sulphated Ash : Not more than 0.5% Foreign Matter : No Foreign Matter Assay by titration: Not less than 99% Packing : HDPE plastic drums with internal PE liners(25 Kg.Net each)
  • Product Octadecyl Isocyanate / 1-Isocyanatooctadecane

    SpecificationsAppearance: Semitransparent Liquid or White Solid
    Isocyanate content: 97.0 % min.

    Packaging
    150kg (200 L Iron Drum)

    Applications
    Release agents for tapes and films, Modifiers for paints and inks, Polymer denaturation, Water repellent, Antifoam, Cosmetic raw materials
  • Product Chemicals / Intermediates for Pharma & Biopharma

    Since its foundation, Midas Pharma has been offering services in sourcing and supplying of substances complying with the corresponding industry requirements and uses. Meanwhile our portfolio involves a broad range of chemicals for industrial applications, starting materials and intermediates for small mole...
  • Product Tubular Flow Reactors: PinchFLO™ and CorFLO® (Flow Chemistry)

    PinchFLO™ uses engineered variations in tube geometry to repeatedly generate radial mixing through passive hydrodynamics. This enhances fluid contacting and heat transfer while providing predictable residence-time behaviour and straightforward scale-up without mechanical agitation.

    CorFLO® combi...
  • Product 1,3-Dimethyladamantane

    The product is used mainly for production of Memantine HCl
  • Product Calcium Chloride Dihydrate

    Inorganic colorless crystalline salts
  • Product Sodium Hyaluronate (Hyaluronic Acid API): MW 7-250 kDa

    Sodium Hyaluronat (Hyaluronan, HA): TYPE II (MW 7-250 kDa)    

    Very Low Molecular Weight - Pharmaceutical Grade (Injection suitable)Certificates: DMF, GMP, USP, EP
    Sodium hyaluronate is a polysaccharide found in many locations in the human body, such as t...
  • Product Valsartan

    FDA APPROVED/GMP/CEP/PMDA
  • Product (Z)-3-Iodopropenoic acid methyl ester

    Synonyms : (Z)-3-Iodopropenoic acid methyl ester; Methyl (2Z)-3-iodoprop-2-enoate; 3-Iodopropenoic acid methyl ester;Chemical Formula : C4H5IO2
    Molecular Weight : 211.9858
    Appearance: Yellow to red Clear viscous oil.
    Moisture : Not more than 0.50%
    Gravity (at 25 °C ) : 1.90 to 1.92 gm /ml
    Bo...
  • Product Lithium borohydride

    本品为白色或白色灰色粉末,在275°C熔融分解。溶于乙醚、THF和脂肪族胺。它在干燥空气中稳定,但在潮湿空气中可以水解。当pH值大于7时,它可溶于水,但分解非常缓慢。它与酸性介质反应非常快。
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What is a pharmaceutical intermediate?

Pharmaceutical intermediates are fine chemicals of intermediate compounds that are produced in the process of manufacturing active pharmaceutical ingredients (APIs). Intermediates are the by-products of reactions in the API production process. Each reaction during the production process may produce several intermediates depending on the analysis, and these intermediates can serve as precursors to other active pharmaceutical ingredients. The conversion of intermediates to active ingredients can be achieved through further refinement processes. Like APIs, intermediates can also be used in bulk drugs for therapeutic purposes.

Difference between an API and an Intermediate

How does an API differ from a pharmaceutical intermediate? These terms may be confused and used interchangeably, especially by newbies in the pharmaceutical industry. Although APIs and intermediates are both pharmacologically active, they differ in function, composition and structure.

What are the major differences between API and Intermediates?

Many factors and analysis differentiate active ingredients and chemical compound from pharmaceutical intermediates. Active ingredients and speciality chemicals are the final products of raw materials, while chemical intermediate make up the by-products produced during the manufacturing process of APIs. Unlike APIs, which are usually safe and administered for therapeutic purposes after due research, intermediates may either be therapeutic, toxic or even APIs. However, APIs produced as by-products that are not officially approved, cannot be administered or used as active ingredients. Also, intermediates do not need to be approved or regulated to be utilized, unlike active ingredients that contain specialty chemical.

What is API in pharmaceuticals?

APIs – Active pharmaceutical ingredients, are the active substances or combination of active substances contained in drugs, that produce the intended pharmacological, biological or therapeutic effect. They serve as the active ingredient of drugs and provide pharmacological activity, or aid diagnosis, treatment, cure, mitigation, or prevention of diseases. Drugs are primarily made up of active pharmaceutical ingredients as the core, and excipient which are either inert or biologically inactive.

Innovations in pharmaceutical intermediates

The pharmaceutical industry is continuously evolving and reshaping itself. Several pharmaceutical companies and market players are adapting innovations in pharmaceutical intermediate sales as the demand for them is rapidly increasing. The growing demand is as a result of several factors such as the surge in chronic diseases, etc., and this has positively impacted the global pharmaceutical intermediate market size. As drug making activities increase around the globe, innovations are being birthed, and the demand for pharmaceutical intermediates manufacturers is on the rise. Due to the implementation of regulated drug-making activities, good manufacturing practices (GMP) in pharmaceutical companies, the global pharmaceutical and packaging market has experienced a surge.

What trends have driven innovations in pharmaceuticals intermediates?

Based on reports, in 2018 forecast period, the global pharmaceutical intermediates market share had an estimated gross margin value of US $ 27, 356.1 million. Its estimated value is anticipated to reach US$38,457.2 million by 2024, with a CAGR of 6.1%, during the 2019-2024 forecast period. Top manufacturers are continually making massive investments into pharmaceutical researches and the development of new pharmaceutical intermediates. Alongside other trends, this gives the market an added advantage.

Some other significant trends driving innovations and growth rate of the global pharmaceutical market size include the rising demand for generic drugs, increasing prevalence of chronic and terminal diseases, patent expiry, and the increasing production of APIs, and intermediate operation among others.

How have pharmaceutical intermediates developed?

Given the massive growth of the market, investments into research, and the continuously advancing biotechnology, pharmaceutical intermediates have experienced some significant developments over the past few years. New intermediates are being discovered, as well as new product development and manufacturing processes such as continuous flow process. These discoveries have made intermediates safer and potent for consumption and have also established new scopes of application.

What are the challenges to pharmaceutical intermediates market growth?

Just as there are key trends motivating innovations and growth of the global pharmaceutical intermediate market, there are also trends that present as challenges. Strict regulatory policies for one, serve as significant setbacks to the growth rate of this market size. Also, strong competition between companies in the industry as well as pricing challenges are adversely affecting the growth of the global pharmaceutical intermediate market. Also, in recent times, the COVID-19 pandemic has also affected pharmaceutical intermediates sales and market share growth.

Top manufacturers of pharma intermediates

The pharmaceutical ingredient market share has a broad pool of competitor pharmaceutical companies at different levels. However, some have strategically worked their way to becoming a top API manufacturer of pharma intermediates in the pharmaceutical industry. These leading manufacturers have played vital roles in the growth of the global intermediate market through stocks. Some of these manufacturers include Aceto Corporation, Vertellus Holdings LLC, Dishman Group, Cycle Pharma, Sanofi Winthrop Industries SA, BASF SE, Teva Pharmaceuticals, AR Life Sciences Private Limited, Midas Pharm etc.

Where can you find the top manufacturers of pharma intermediates?

Although pharmaceutical intermediates are manufactured in several countries and regions across the globe, there are focal points where top manufacturers are located. These regions contribute some of the largest quotas to the growth of the intermediate pharmaceutical market. The major regions include Asia Pacific, North America, Latin America, MEA, and Europe, with the expectance that North America will contribute the largest to the market revenue in the near future.

In addition to this, Asia Pacific and Latin America are also expected to influence the market's growth positively. There are anticipations that top manufacturers in Japan, China, and India will also impact market growth positively.

What do the top manufacturers of pharma intermediates have in common?

Most top players in the pharma intermediate global market have a lot of things in common, keeping them at the top of the supply chain and contributing to the growth rate of the worldwide market. Top manufacturing companies of pharmaceutical intermediates make massive investments into innovations, research, and new pharma intermediate development. They take advantage of recent market trends, rising demands, and opportunities to produce relevant pharmaceutical products. Top manufacturers are consistently evolving with time and technology, and they partake in industry consolidation.

Which supplier selection criteria are relevant for drug intermediates and API?

The majority of pharmaceutical giants outsource for APIs and drug intermediates for drug development. Given this, the competition among manufacturers is too high, and this can affect company evaluation and selection of the right suppliers. The wrong choice of suppliers can negatively influence the supply chain performance and overall performance of the pharmaceutical company.

Therefore, factoring supplier selection criterion before making purchases is essential. Some of the most important criteria for selection of API and drug intermediate suppliers include regulatory compliance (DMF status), cost, quality, supplier profile, risk, reliability, and financial profile of the supplier.

Key players of the pharmaceutical intermediates market

The pharmaceutical intermediates market comprises of many key players who have positively impacted the growth of the global market. Although some of these manufacturing companies independently produce pharma intermediates, a few others handle the production and development of intermediates as well as APIs.

Who are the key players in the global active pharmaceutical ingredients (APIs) market?

The global pharmaceutical market comprises a variety of pharma products in the pharmaceutical industry. APIs are one of the most prominent products, and several top manufacturing companies are key players in the active pharmaceutical ingredients market. Some of these key players include Pfizer Inc., Novartis International AG, Teva Pharmaceuticals, Aurobindo, Sun Pharmaceutical Industries Ltd., etc.

What factors have determined who the key players in the pharmaceutical intermediates market are?

Several factors have influenced and determined who the key players in the pharmaceutical intermediates market within different forecast period. These factors apply everywhere, regardless of the location of these top manufacturing companies. Factors that determine the key players include demographics or population science, technology, social behaviour and culture of the local community, politics (local, national and international), national and global regulating laws and policies, and the natural environment (raw material, pollution, energy prices, biotechnology), etc.

What are the differential strategies adopted by the key players to hold a significant share in the global pharmaceutical intermediates market?

Top manufactures of pharma intermediates have achieved their growth through the acquisition of smaller or other pharma – related companies and via mergers to establish their presence in the market. Also, top pharmaceutical intermediate companies are expanding their businesses through product portfolio expansion and development across the globe. Through these strategies, these key players can maintain a significant share in the global pharmaceutical intermediates market.

References

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