S&T

Explore the Diverse Application Fields of Surface Measurement Systems

Surface Measurement Systems instruments are used across a wide range of industrial research fields, delivering detailed and accurate data whenever insight into solid materials is required.

As premium sorption analysis instruments, SMS products are widely employed throughout R&D processes across industries, providing precise and reliable data.

▶ Carbon Capture Utilization and Storage As one of the fastest-growing research areas in advanced materials development, the ability to accurately and rapidly evaluate the carbon capture efficiency of various materials is essential for success.

Learn More ↗

▶ Competitive Adsorption Understanding the competitive adsorption between water and organic compounds is becoming increasingly important due to the impact of contaminants on health and industrial manufacturing processes. DVS is a highly sensitive analytical technique capable of precisely measuring binary adsorption and competition phenomena in either the vapor or gas phase, depending on the system used.

Learn More ↗

▶ Water Sorption Isotherms and Kinetics The water sorption rate of compounds and materials is closely linked to their physicochemical properties and stability. Measuring water sorption isotherms with DVS provides diverse insights into material behavior through isotherm classification, hysteresis analysis, and characterization of reversible or irreversible sorption processes.

Learn More ↗

▶ Relative Humidity Induced Glass Transition Temperature The influence of relative humidity on the glass transition temperature of amorphous compounds has a profound effect on the physicochemical properties of materials. Water acts as a plasticizer in many amorphous compounds, and property changes caused by phase transitions can significantly affect product stability, performance, and shelf life.

Learn More ↗

▶ Formulation Performance Atmospheric moisture can affect product formulation performance in many ways, and the stability of these formulations is critical to product efficacy. DVS and iGC-SEA can be used to analyze drying behavior, deposition characteristics, adhesive properties of powder blends, and the stabilizing effects of protein stabilizers.

Learn More ↗

▶ Vapor Pressure of Solids and Liquids Vapor pressure is a key physical property that defines the amount of a substance in the vapor phase in equilibrium with the original material. All substances transition into the vapor phase through either sublimation (solid → gas) or evaporation (liquid → gas).

Learn More ↗

▶ Surface Energy and Adhesion Measuring the total surface energy of a solid can serve as a useful indicator of the material's overall reactivity. Cohesion and adhesion are properties proportional to surface energy. Evaluating the cohesive forces at work within a powder sample provides insight into its flowability and potential for agglomeration.

Learn More ↗

▶ Porosity and Surface Area Characterizing the total surface energy profile of a solid is a valuable tool for comparing the performance of materials with similar properties. It also provides a strong starting point for predicting various physicochemical characteristics, including agglomeration potential and flowability.

Learn More ↗

▶ Polymers – Solvent Swelling and Interactions The world's most advanced dual-balance gravimetric vapor sorption analyzer, DVS Discovery combines an innovative dual-balance design with outstanding vapor generation and temperature control capabilities. This enables high throughput while reducing hands-on time for the user.

Learn More ↗

▶ Drying and Dehydration Under ambient conditions, materials continuously interact with moisture and volatile substances. When exposed to heat or strong airflow, materials are likely to undergo some degree of drying. A material's ability to resist rapid changes in its wetted or hydrated state is a useful indicator of its stability.

Learn More ↗

▶ Diffusion and Permeability Diffusion and mass transfer play a crucial role in the performance and stability of materials. Gases and vapors interact and exchange with material surfaces, causing changes not only at the external interface but also throughout the internal composition. The ability to precisely monitor these diffusion processes is essential for understanding key product characteristics such as lifespan and exchange efficiency.

Learn More ↗

▶ Sorption Capacity The sorption capacity of a material is related to its surface chemistry, surface area, and, where applicable, pore size distribution. Sorption characteristics can provide information on all of these properties and further help derive key insights into material performance, lifespan, and reactivity.

Learn More ↗

▶ Batch-to-Batch Variability Due to a variety of factors — including processing conditions, amorphous content in samples, or the presence of polymorphs of specific compounds — batch-to-batch variability in active ingredients poses a significant challenge across all industries. Even when chemically identical, such variability can lead to physicochemical instability and phase changes, both of which must be avoided at every stage of the manufacturing process.

Learn More ↗

▶ Amorphous Content Determination Amorphous materials present complex and demanding challenges related to processing, storage, and final product performance. They exhibit distinct properties from their crystalline counterparts. While amorphous content may be introduced intentionally, it can also be generated unintentionally through processes such as milling, spray drying, or wet granulation.

Learn More ↗

▶ Solubility Solubility is a critical consideration across a wide range of industries. In the pharmaceutical sector, solubility is a key parameter that must be considered to achieve accurate drug dosing in the body. Poor solubility often necessitates higher doses to secure the desired bioavailability. Solubility is influenced by temperature, solvent, and the physicochemical properties of the compound being dissolved.

Learn More ↗

Explore the Diverse Application Fields

of Surface Measurement Systems

Surface Measurement Systems instruments are used across a wide range of industrial research fields, delivering detailed and accurate data whenever insight into solid materials is required. As premium sorption analysis instruments, SMS products are widely employed throughout R&D processes across industries, providing precise and reliable data.

Carbon Capture Utilization and Storage

As one of the fastest-growing research areas in advanced materials development, the ability to accurately and rapidly evaluate the carbon capture efficiency of various materials is essential for success.

Learn More↗

Competitive Adsorption

Understanding the competitive adsorption between water and organic compounds is becoming increasingly important due to the impact of contaminants on health and industrial manufacturing processes. DVS is a highly sensitive analytical technique capable of precisely measuring binary adsorption and competition phenomena in either the vapor or gas phase, depending on the system used.

Learn More↗

Water Sorption Isotherms and Kinetics

The water sorption rate of compounds and materials is closely linked to their physicochemical properties and stability. Measuring water sorption isotherms with DVS provides diverse insights into material behavior through isotherm classification, hysteresis analysis, and characterization of reversible or irreversible sorption processes.

Learn More↗

Relative Humidity Induced Glass Transition Temperature

The influence of relative humidity on the glass transition temperature of amorphous compounds has a profound effect on the physicochemical properties of materials. Water acts as a plasticizer in many amorphous compounds, and property changes caused by phase transitions can significantly affect product stability, performance, and shelf life.

Learn More↗

Formulation Performance

Atmospheric moisture can affect product formulation performance in many ways, and the stability of these formulations is critical to product efficacy. DVS and iGC-SEA can be used to analyze drying behavior, deposition characteristics, adhesive properties of powder blends, and the stabilizing effects of protein stabilizers

Learn More↗

Vapor Pressure of Solids and Liquids

Vapor pressure is a key physical property that defines the amount of a substance in the vapor phase in equilibrium with the original material. All substances transition into the vapor phase through either sublimation (solid → gas) or evaporation (liquid → gas).

Learn More↗

Surface Energy and Adhesion

Measuring the total surface energy of a solid can serve as a useful indicator of the material's overall reactivity. Cohesion and adhesion are properties proportional to surface energy. Evaluating the cohesive forces at work within a powder sample provides insight into its flowability and potential for agglomeration.

Learn More↗

Porosity and Surface Area

Characterizing the total surface energy profile of a solid is a valuable tool for comparing the performance of materials with similar properties. It also provides a strong starting point for predicting various physicochemical characteristics, including agglomeration potential and flowability.

Learn More↗

Polymers- Solvent Swelling and Interactions

The world's most advanced dual-balance gravimetric vapor sorption analyzer, DVS Discovery combines an innovative dual-balance design with outstanding vapor generation and temperature control capabilities. This enables high throughput while reducing hands-on time for the user.

Learn More↗

Drying and Dehydration

Under ambient conditions, materials continuously interact with moisture and volatile substances. When exposed to heat or strong airflow, materials are likely to undergo some degree of drying. A material's ability to resist rapid changes in its wetted or hydrated state is a useful indicator of its stability.

Learn More↗

Diffusion and Permeability

Diffusion and mass transfer play a crucial role in the performance and stability of materials. Gases and vapors interact and exchange with material surfaces, causing changes not only at the external interface but also throughout the internal composition. The ability to precisely monitor these diffusion processes is essential for understanding key product characteristics such as lifespan and exchange efficiency.

Learn More↗

Sorption Capacity

The sorption capacity of a material is related to its surface chemistry, surface area, and, where applicable, pore size distribution. Sorption characteristics can provide information on all of these properties and further help derive key insights into material performance, lifespan, and reactivity.

Learn More↗

Batch-to-Batch Variability

Due to a variety of factors — including processing conditions, amorphous content in samples, or the presence of polymorphs of specific compounds — batch-to-batch variability in active ingredients poses a significant challenge across all industries. Even when chemically identical, such variability can lead to physicochemical instability and phase changes, both of which must be avoided at every stage of the manufacturing process.

Learn More↗

Amorphous Content Determination

Amorphous materials present complex and demanding challenges related to processing, storage, and final product performance. They exhibit distinct properties from their crystalline counterparts. While amorphous content may be introduced intentionally, it can also be generated unintentionally through processes such as milling, spray drying, or wet granulation.

Learn More↗

Solubility

Solubility is a critical consideration across a wide range of industries. In the pharmaceutical sector, solubility is a key parameter that must be considered to achieve accurate drug dosing in the body. Poor solubility often necessitates higher doses to secure the desired bioavailability. Solubility is influenced by temperature, solvent, and the physicochemical properties of the compound being dissolved.

Learn More↗