At BOC Sciences, we provide a full spectrum of DSC testing services, designed to meet the diverse analytical needs of industries ranging from pharmaceuticals and polymers to chemicals and materials science. Our capabilities cover precise thermal property analysis, formulation assessment, and material characterization, supported by advanced instrumentation and experienced scientists. Clients consistently highlight our accuracy, professional communication, and timely insights, making us a trusted partner for reliable DSC testing solutions that help optimize material performance and inform research and development decisions.
DSC is a thermoanalytical technique used to measure the heat flow associated with material transitions as a function of temperature or time. By monitoring endothermic and exothermic events, DSC provides insights into melting points, crystallization behavior, glass transitions, and thermal stability. The technique is highly sensitive, allowing for the detection of subtle thermal changes in complex formulations. DSC testing is widely applied in material characterization, product development, and quality control, enabling scientists to understand physical and chemical properties critical for product optimization and innovation.
Our DSC testing determines the melting point and purity of polymers, pharmaceuticals, and metal alloys. By capturing clear endothermic transitions, we provide precise thermal profiles to assess material homogeneity, melting behavior, and support product development.
Using controlled cooling scans, we assess polymer crystallization behavior. This analysis evaluates crystallization kinetics, thermal response, and structural characteristics, delivering insights that help optimize processing conditions, improve mechanical performance, and enhance thermal stability.
Stepwise heat capacity analysis identifies "brittle-to-tough" transitions in polymers, foods, and related materials. Reliable Tg data from our DSC testing supports prediction of thermal behavior, guides formulation improvements, and ensures consistent material performance.
Isothermal and dynamic DSC studies quantify curing efficiency and crosslinking degree in resins, adhesives, and coatings. These measurements provide critical insights for formulation optimization, process development, and improved performance of thermosetting materials.
Thermal-oxidative resistance of polymers is evaluated through controlled oxygen exposure. Our DSC measurements allow precise assessment of oxidative stability, assisting material selection and supporting the development of durable, high-performance polymer products.
Specific heat capacity across 25–300 ℃ is measured using standard or modulated DSC techniques. This data supports thermal management, process simulation, material design, and engineering decisions, providing accurate insights into material performance.
Crystallinity is calculated using reference enthalpy values, offering quantitative insight into polymer structure and morphology. Our DSC testing informs processing optimization, enhances mechanical and thermal properties, and enables precise material characterization.
Re-crystallization and dual melting peaks in semi-crystalline polymers such as PET and PLA are studied to reveal thermal history effects. DSC analysis provides insights into crystallization behavior and processing parameters, guiding material performance predictions.
Solid-state phase transitions and Curie temperatures are measured for metals, alloys, and magnetic materials. DSC testing provides essential data for advanced material design, performance assessment, and optimization of thermal and magnetic properties.
Tell us about your material and testing needs, and our experts will suggest the most suitable DSC methods for accurate thermal characterization.
Samples for DSC testing can be submitted using our Sample Submission Form. Our team will provide guidance on sample preparation and recommend the most suitable DSC testing methods.
Our DSC service platform is equipped with state-of-the-art instruments and versatile testing capabilities, allowing precise thermal analysis under controlled atmospheres for both research and industrial applications. Key capabilities include:
| Atmosphere / Environment | Application |
| N2 (Inert) | Prevent oxidation during thermal analysis, suitable for oxygen-sensitive samples. |
| Air / O2 | Induce oxidation, evaluate thermal oxidative stability of materials. |
| Dry Ar / He | Enable low-temperature measurements or applications requiring high thermal conductivity. |
| Humidity-Controlled (RH-DSC) | Study hydrates, protein denaturation, and moisture-sensitive phenomena. |
Clients contact us via email, phone, or form, describing sample type and testing goals. Our team provides tailored DSC testing recommendations.
Clients prepare samples following our guidelines. Proper packaging and handling ensure safe delivery and integrity of the samples for testing.
Our team designs DSC test parameters, including temperature range and scan rate. Clients review and approve the plan before testing begins.
Expert technicians perform DSC measurements under controlled conditions. Real-time monitoring ensures precise, reliable data throughout the experiment.
Thermal data is professionally analyzed. Clear graphs and parameters are generated, providing comprehensive understanding of sample thermal behavior.
Clients receive a detailed DSC test report. Our team offers consultation to interpret results and advise on further experimental considerations.
Our DSC testing solutions provide detailed thermal characterization of polymers, pharmaceuticals, and other materials, supporting informed decisions in R&D and quality control.
BOC Sciences provides DSC testing to generate thermal data for client applications as follows.
BOC Sciences utilizes state-of-the-art DSC instruments with ±0.01 ℃ temperature precision and enhanced heat flow sensitivity, enabling accurate characterization of diverse small and macromolecular samples.
Our experts possess extensive thermal analysis experience, capable of optimizing DSC testing conditions for varied sample types, delivering highly reliable and insightful thermal property interpretations.
BOC Sciences partners with leading instrument manufacturers and research institutions, providing technical support for complex samples and enabling interdisciplinary solutions for specialized thermal analysis.
We deliver not only high-quality raw thermal data but also tailored insights into glass transitions, melting behavior, and phase changes, supporting informed research and process decisions.
BOC Sciences provides DSC testing services that can be applied across multiple fields, helping you address diverse research and development needs.
Client: A leading European polymer manufacturer
Challenge: The client required accurate characterization of glass transition, melting, and crystallization behavior in novel polymer blends to optimize mechanical and thermal properties.
Solution: BOC Sciences employed high-sensitivity DSC instruments with precise temperature control and calibrated heating/cooling rates. Our team conducted stepwise thermal scans, analyzed endothermic and exothermic events, and provided detailed thermograms with quantitative transition temperatures and enthalpy values.
Outcome: The client obtained precise thermal profiles, enabling rational selection of polymer compositions and improved processing strategies, which enhanced material performance consistency.
Client: A multinational specialty chemicals company
Challenge: The client needed to assess thermal interactions and potential incompatibilities between multiple excipients in solid formulations to ensure stability during processing.
Solution: BOC Sciences applied DSC testing with controlled heating cycles and modulated DSC techniques. Our team interpreted thermal events, including overlapping transitions and interaction peaks, providing quantitative enthalpy changes and onset temperatures to evaluate compatibility.
Outcome: The client achieved a clear understanding of excipient interactions, allowing informed selection of formulation components and optimization of manufacturing conditions.
Client: An advanced materials research institute in Asia
Challenge: The client required a detailed analysis of crystallization behavior and thermal stability of high-performance composites under varying thermal cycles.
Solution: BOC Sciences utilized high-resolution DSC with isothermal and non-isothermal scanning protocols. Our experts extracted crystallization temperatures, kinetic parameters, and melting behavior, providing comprehensive insights into thermal transitions and material stability.
Outcome: The client gained robust data on thermal behavior and crystallization kinetics, supporting rational material design and improved reliability in high-temperature applications.
The DSC testing service from BOC Sciences provided thorough and highly reproducible thermal analysis for our polymer formulations. The detailed thermal transition data enabled our team to optimize processing conditions with confidence.
— Dr. S., Senior Formulation Scientist, Specialty Materials Company
BOC Sciences' DSC testing offered deep insights into the thermal behavior of our compounds. The clear, well-structured reports allowed our R&D team to make informed decisions on material selection and development strategies.
— Dr. K., Head of Research, Advanced Materials Startup
We relied on BOC Sciences' DSC testing to characterize new excipient batches. The precision and consistency of their thermal measurements gave our scientists reliable data for formulation optimization.
— Dr. M., Senior Scientist, Pharmaceutical Development Firm
The DSC testing from BOC Sciences provided a complete understanding of our sample's thermal properties. The high-quality data and professional interpretation significantly improved our material evaluation process.
— Dr. T., R&D Manager, Chemical Manufacturing Company
