Advanced Materials Used in Pharmaceutical Industry

Innovation Case Study

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Optimizing Pharmaceutical Filler with Magnesite Powder

--The Challenge

A customer from the pharmaceutical industry is seeking high-quality Magnesite Powder to be used as fillers in tablet and capsule formulations. The customer has specified certain key requirements for the powder to ensure its suitability and effectiveness in pharmaceutical applications.

--The Solution

Purity Focus: The customer’s primary concern is the purity of the Magnesite Powder, which needs to exceed 99%. This high level of purity ensures that the powder is free from impurities and guarantees that it will not adversely interact with other ingredients.
Particle Precision: The customer is advised to opt for fine-grained MgCO3 powder with a particle size ranging between 1 to 5 microns. This particle size range is optimal for the pharmaceutical manufacturing process, specifically for tablet and capsule production. The fine particles facilitate uniform blending with other active and inactive ingredients, contributing to the homogeneity and stability of the final drug formulation.

--The Results

Selecting high-purity Magnesite Powder with a particle size of 1-5 microns for use as a filler in pharmaceutical tablets or capsules ensures the integrity, safety, and effectiveness of the final drug product. By meeting these stringent requirements, the customer can confidently enhance their pharmaceutical formulations, contributing to the overall quality of the medications they produce.

Conclusion

Magnesite Powder continues to hold a prominent position in the pharmaceutical industry, playing a crucial role in alleviating gastrointestinal discomfort and enhancing patient well-being. Its versatility as an antacid, tablet excipient, and pharmaceutical additive highlights its significance in modern pharmaceutical formulations, elevating the overall quality of healthcare products.

At Stanford Advanced Materials (SAM), we take pride in producing top-quality Magnesite Powder (MgCO3) to meet your specific requirements. Send us an inquiry if you are interested.

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Marker Bands

Pharmaceutical Intermediates

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AU5624 Gold (Au) Marker Band

Gold Marker Band is a small, thin ring made of gold, often used in medical devices, particularly in catheters and other minimally invasive tools used in interventional procedures. Stanford Advanced Materials (SAM) provides Gold Marker Bands of exceptional quality at highly competitive prices.

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PT5625 Platinum (Pt) Marker Band

Platinum Marker Band is a small, precision component used in medical devices, especially in minimally invasive procedures such as catheterizations and endoscopies. Stanford Advanced Materials (SAM) offers Platinum Marker Bands renowned for exceptional quality, all at highly competitive prices.

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NT5626 Nitinol Marker Band

Nitinol Marker Band is a small, cylindrical component used in medical devices, made from Nitinol alloy, which is a nickel-titanium alloy well-known for its unique properties such as super elasticity and shape memory effect. Stanford Advanced Materials (SAM) specializes in delivering Nitinol Marker Bands with high purity and competitive prices.

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PD5627 Palladium (Pd) Marker Band

Palladium Marker Band is a small ring used in medical devices, particularly in minimally invasive medical instruments like catheters and guidewires. Stanford Advanced Materials (SAM) boasts extensive experience in providing Palladium Marker Bands with both high purity and competitive pricing.

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CR5628 Stainless Steel Marker Band (Medical Grade)

Stainless Steel Marker Band is a small ring used in medical devices, particularly in minimally invasive medical instruments like catheters and guidewires. Stanford Advanced Materials (SAM) is adept at delivering Stainless Steel Marker Bands with both high purity and competitive pricing.

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AU5629 Gold Electroplated Stainless Steel Marker Band

Gold Electroplated Stainless Steel Marker Band is a type of medical device component that combines the structural strength and durability of stainless steel with the high radiopacity of gold. Stanford Advanced Materials (SAM) provides Gold Electroplated Stainless Steel Marker Bands of exceptional quality at highly competitive prices.

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WM5630 Tungsten Loaded HDPE Marker Band

Tungsten Loaded HDPE Marker Band is a specialized type of marker band used in medical devices, particularly in minimally invasive surgical instruments like catheters and guidewires. Stanford Advanced Materials (SAM) provides Tungsten Loaded HDPE Marker Bands of exceptional quality at highly competitive prices.

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WM5631 Tungsten Loaded Nylon Marker Band

Tungsten Loaded Nylon Marker Band is a specific type of marker band used in medical devices, incorporating tungsten particles into a nylon matrix. Stanford Advanced Materials (SAM) boasts extensive experience in providing Tungsten Loaded Nylon Marker Bands with both high purity and competitive pricing.

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PT4589 Platinum Iridium Marker Band (Pt/10 Ir)

Stanford Advanced Materials, a company specializing in the research and production of advanced materials, guarantees that each of its products reaches international leading standards through meticulous craftsmanship and strict quality control. Platinum Iridium Marker Band (Pt/10 Ir) is a radiopaque medical component made from a 90% platinum and 10% iridium alloy, commonly used in catheter-based procedures for its excellent visibility under X-ray, biocompatibility, and mechanical stability.

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NB5633 Niobium (Nb) Marker Band

Niobium Marker Band is a specialized type of marker band used in medical devices, particularly in minimally invasive surgical instruments like catheters and guidewires. Stanford Advanced Materials (SAM) boasts extensive experience in providing Niobium Marker Bands with both high purity and competitive pricing.

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Pharmaceutical Industry

APPLICATION

Optimizing Pharmaceutical Filler with Magnesite Powder

--The Challenge

--The Solution

--The Results

Conclusion

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