Succinic Acid
- EASTCHEM
- China
- 15~20 days
- ≥99.5%
- 110-15-6
Bio-based succinic acid is a new generation of bio-based new materials developed in the 21st century.


Item | Standard |
Appearance | White crystalline or powder, no visible impurities |
succinic acid ω/% | ≥99.5 |
Moisture ω/% | ≤0.50 |
Iron ω/% | ≤0.001 |
Chloride ω/% | ≤0.005 |
Sulfate ω/% | ≤0.03 |
residue on ignition ω/% | ≤0.010 |
Melting point range /℃ | 185-188 |
ease oxide /(mL/g) | ≤0.50 |
Pb ω/% | ≤0.002 |
As2O3 ω/% | ≤0.0002 |

Bio-based succinic acid application field
Bio-based succinic acid is a new generation of bio-based new materials developed in the 21st century. After years of development, it has been widely used in several fields, mainly in the following fields:
1. The main raw material for the production of food additives such as sodium glutamate, sodium dibutyl sulphate, food preservation, seasonings and spices.
2. Degradable plastic PBS, PBST, PBSA essential raw materials.
3. The main raw material for producing polymer materials such as succinimide and nylon 54.
4. The main raw material for the production of clothing biofiber materials.
5. Auxiliary raw materials for the production of surfactant products.
6. Auxiliary raw materials for the production of polyester products such as polyurethane and polyether.
Succinic Acid for Pharmaceutical Intermediates
Succinic Acid, also known as Butanedioic Acid, is a versatile dicarboxylic acid widely used as a chemical intermediate and synthesis raw material. With CAS No. 110-15-6, molecular formula C₄H₆O₄, and molecular weight 118.09 g/mol, it is a practical building block for pharmaceutical and fine chemical production.
For pharmaceutical intermediate manufacturers, Succinic Acid is particularly useful when a synthesis route requires a stable C4 dicarboxylic acid or when a succinate structure is needed in the final intermediate or active pharmaceutical ingredient (API).
Succinic Acid for Pharmaceutical Synthesis
Succinic Acid contains two carboxyl groups, giving it useful reactivity for further chemical conversion. Depending on the synthesis route, it can participate in esterification, salt formation and derivative synthesis, making it suitable as a starting material for pharmaceutical intermediates and other fine chemicals.
In practical production, Succinic Acid is normally not the final pharmaceutical product. Instead, it is introduced at an earlier stage of the synthesis route and converted into the required intermediate or derivative.
This makes Succinic Acid for pharmaceutical intermediates a useful search term for manufacturers looking for a reliable raw material rather than a finished pharmaceutical ingredient.
Succinic Acid in Pharmaceutical Intermediate Production
One of the main advantages of Succinic Acid is its relatively simple molecular structure. The two carboxyl groups provide convenient reaction sites for downstream synthesis.
Depending on the customer's process, Succinic Acid can be considered for:
Pharmaceutical intermediate synthesis
Organic synthesis and fine chemicals
Preparation of succinate derivatives
Pharmaceutical salt development
Synthesis of specialty chemical intermediates
Research and development of new pharmaceutical compounds
Succinic acid is recognized as a chemical intermediate, while its succinate form is also associated with pharmaceutical applications.
Succinic Acid for Succinate Salt Development
Another important pharmaceutical application is succinate salt formation.
Some pharmaceutical compounds can form salts with Succinic Acid. The choice of salt form can affect important properties such as solid-state behavior, stability and dissolution, so succinic acid may be evaluated during pharmaceutical formulation and solid-form development.
For example, pharmaceutical research has investigated succinate salts of compounds such as ciprofloxacin and other active pharmaceutical molecules. Different succinate salt forms can show different solid-state and solubility characteristics.
For pharmaceutical R&D teams, this means Succinic Acid can be relevant not only as a synthesis raw material but also during API salt screening and pharmaceutical solid-form development.
Succinic Acid as a Building Block for Derivatives
Succinic Acid can also be converted into various derivatives used in chemical synthesis, including succinic anhydride, succinate esters and other succinic acid derivatives.
These derivatives provide additional reaction options for pharmaceutical and fine chemical manufacturers. A well-controlled starting material is therefore important when Succinic Acid is used at the beginning of a multi-step synthesis route.
For customers developing or manufacturing pharmaceutical intermediates, the key consideration is usually not simply the price per kilogram. Purity, impurity profile, batch consistency and reliable documentation can have a direct impact on downstream processing.
Succinic Acid Options for Different Applications
Succinic Acid powder is a convenient solid form for industrial and chemical processing. Depending on the intended application, buyers may also search for food grade succinic acid, amber acid, or bio succinic acid. Regardless of the grade or sourcing route, Succinic Acid CAS 110-15-6 is the key product identifier when confirming specifications, quality requirements and supply options.
Why Choose EastChem for Succinic Acid?
EastChem supports international customers with:
Stable product quality for repeated orders
COA and product documentation
Flexible packaging options according to order requirements
Support for sample, trial and bulk purchasing
Export packaging and international logistics coordination
Communication with customers in different markets
Long-term supply arrangements for regular demand
Whether you are purchasing Succinic Acid for pharmaceutical intermediate synthesis, API-related development, succinate salt research or other fine chemical applications, the specification can be discussed according to your process requirements.

FAQ
Q1. Can I request a sample before placing a bulk order?
Yes. If you are evaluating Succinic Acid for a new synthesis route or production process, you can contact EastChem with your required specification and quantity. A sample can be discussed before moving to regular purchasing.
Q2. Can the product specification be matched to our existing synthesis process?
Yes. Different pharmaceutical intermediate processes may have different requirements for purity and impurity control. Send your current specification or purchasing standard to EastChem, and our team can check the suitable product option for you.
Q3. Can you support recurring purchases rather than a one-time order?
Yes. For customers with regular production demand, EastChem can discuss a long-term supply arrangement based on your expected monthly or annual consumption. Sharing your estimated demand can help us provide a more suitable supply plan.