For scientific researchers and procurement specialists in the pharmaceutical and biotechnology sectors, understanding the market dynamics for key research chemicals is crucial. RAD140, also known by its synonym Testolone (CAS 1182367-47-0), is a highly sought-after nonsteroidal selective androgen receptor modulator (SARM). Its unique properties make it invaluable for a range of preclinical studies, driving demand from research institutions worldwide. This article explores factors influencing the RAD140 price and availability, and how to secure a reliable supply.

The price of RAD140, like many specialized research chemicals, can vary significantly based on several factors. These include the purity level required, the quantity being purchased, the supplier's location, and the complexity of the synthesis. For example, higher purity RAD140 (e.g., >98% by HPLC) will generally command a higher price than lower-purity grades, reflecting the additional purification steps and quality control measures involved. Similarly, purchasing in larger bulk quantities (e.g., kilograms) from a manufacturer will typically result in a lower per-gram cost compared to purchasing small research quantities (e.g., milligrams).

Availability of RAD140 is generally good from established chemical suppliers, particularly those specializing in SARMs and pharmaceutical intermediates. Many manufacturers and suppliers, especially those located in China, offer RAD140 with robust production capacities. This ensures that researchers can generally find the compound available for their projects. When inquiring about RAD140 (CAS 1182367-47-0), it is advisable to contact multiple suppliers to compare pricing and lead times. This competitive landscape often works in favor of the buyer, allowing for the negotiation of favorable terms.

For B2B clients, securing a consistent and reliable supply of RAD140 is as important as the price. Working with manufacturers who have a proven track record in quality control and consistent production is key. Suppliers often provide detailed specifications, including CAS number (1182367-47-0), molecular formula (C20H16ClN5O2), and purity analysis, which are essential for verifying product authenticity and suitability for research. When requesting a quote for RAD140, it is recommended to specify the desired quantity, purity, and any specific packaging or delivery requirements.

The primary applications driving the demand for RAD140 include research into muscle wasting conditions, oncological studies (particularly breast cancer), and neuroprotection. As research in these areas continues to expand, the demand for high-quality RAD140 is expected to remain strong. Researchers looking to buy RAD140 should factor in lead times for production and shipping, especially for larger orders, and maintain open communication with their chosen supplier.

In conclusion, while the price of RAD140 can fluctuate, diligent research and comparison among reputable manufacturers and suppliers, especially those in China, can lead to competitive acquisition. Focusing on purity, consistent availability, and reliable service will ensure that your research projects have access to this critical SARM. Always ensure you are procuring from a legitimate supplier for your research and development needs.