How to Store SARMs – Best Guidelines for Optimal Storage

SARMs. You know em, you love em, and you wanna use em. 

However, like any other supplement or medication, proper storage is essential to maintain their potency and safety. 

In this article, we will explore the importance of storing SARMs correctly and offer some practical tips on how to store SARMs to ensure their longevity and effectiveness. 

SARMs Storage – What to Do? 

How To Store SARMS
SARMs Storage Methods	Room temp for pills, liquids, and powders. Injectable SARMs may require refrigeration.
Temperature Guidelines	Keep within 15°C to 30°C (59°F to 86°F) per USP.
Temperature Sensitivity	Changes in consistency with high temps. Chemical structure susceptible to alterations.
Freezing SARMs	Freezing is possible but not advised. Medications designed for specific temps.

As you may know (hopefully), you get different versions of SARMs – liquid, pills, powder, and injectable. 

Each of these needs to be stored in different ways since they are all different from one another. 

How to Store Liquid SARMs 

Storing liquid medical supplies requires careful consideration to ensure the safety, efficacy, and stability of the products. 

Different medications and medical solutions may have specific storage requirements, so it’s crucial to follow guidelines provided by healthcare professionals, manufacturers, and regulatory agencies. 

When considering liquid SARMs, here are some tricks to follow: 

• There is no need to refrigerate liquid SARMs
• You may store liquid SARMs at room temperature
• Avoid exposure to light 
• Store in a temperature-stable area of the house, that does not fluctuate too much

How long your liquid SARMs will last depends on the manufacturer, however, the industry standard seems to be around two years since production.  

How to Store SARM Pills 

Storing medical pills properly is essential to maintain their effectiveness and safety. Here are some general guidelines for storing SARM pills. 

• There is no need to refrigerate SARM pills
• You may store SARM pills at room temperature
• Avoid exposure to light 
• Store in a temperature-stable area of the house, that does not fluctuate too much

How to Store SARMs Powders 

Powders are essentially the same as SARM pills without the protective film around the outside, so, storage methods are virtually the same. 

• There is no need to refrigerate SARM powders 
• You may store SARM powders at room temperature
• Avoid exposure to light 
• Store in a temperature-stable area of the house, that does not fluctuate too much

How to Store Injectable SARMs

Injectable SARMs are not often found, and evidence about their usage is very limited. Thus, we need to use what we know from other liquid injectable medications: 

• You might need to refrigerate your injectable SARMs 
• Store in a temperature-stable area of the house, that does not fluctuate too much

How long do SARMs last in the fridge?

If you Google this you might come across a study claiming “Moreover, SARM compounds within reconstituted urine solvent extracts were found to be effectively stable when stored for up to 4 weeks at −20°C and for 2 weeks at 4°C.”. 

Do not follow this – this study is looking at SARMs found in urine. 

Currently, no real studies are looking at the storage methods when considering SARMs and ‘SARM-like’ compounds (like MK677). 

The reason for this is not quite clear, and it is unclear whether or not such studies are going to be published. 

Thus, we need to rely on what we’ve learned from third parties. 

Typically, third parties would suggest that we can keep SARMs safely in the fridge for up to two years, however, it depends on your manufacturer and the compound in question. 

At what temperature should SARMs be stored?

As with most medical compounds, SARMs need to be stored at certain temperatures to keep things ‘safe’ and ‘medically sound’.

The United States Pharmacopoeia (USP) recommends that medication storage temperatures should be maintained between 15 degrees C and 30 degrees C (59 degrees F to 86 degrees F). 

This temperature range is considered optimal for preserving the stability and efficacy of many pharmaceutical compounds. 

However, it’s crucial to note that specific recommendations for SARMs may vary, given their unique chemical properties and formulations.

Since SARMs have not been approved by the FDA (yet), we do not know the specific temperatures at which SARMs need to be stored. 

However, based on the general principles of pharmaceutical storage, it is advisable to keep SARMs within a similar temperature range as recommended by the USP. 

Storing SARMs in a cool, dry place away from direct sunlight and heat sources is a prudent practice. 

Exposure to extreme temperatures, whether too hot or too cold, can potentially compromise the integrity of these compounds, leading to a loss of potency.

In the absence of explicit guidelines, users should rely on the manufacturer’s recommendations and take extra precautions to avoid temperature fluctuations. 

Using a dedicated storage space, such as a medicine cabinet or a refrigerator, can help maintain a consistent temperature for SARMs. 

Regular monitoring of the storage environment and adherence to good storage practices contribute to ensuring the longevity and effectiveness of these compounds. 

As research progresses and regulatory bodies provide more specific guidelines, users should stay informed and adjust their storage practices accordingly.

Are SARMs temperature sensitive?

It would appear so, yes. While no studies are looking at the effects of changing thermo-environments towards SARMs, we know these changes affect prescribed medication.

That said, we know from users and buyers of SARMs that this appears to happen, as they report that high temperatures seem to change the consistency and texture of SARMs. 

The sensitivity of SARMs to temperature fluctuations can be attributed to the nature of the compounds themselves. 

Like many pharmaceuticals, SARMs are chemical compounds with specific structures that can be altered by external factors, including temperature.

High temperatures, in particular, can lead to various chemical reactions within the molecular structure of SARMs. 

These reactions might include degradation, denaturation, or changes in solubility, all of which can affect the overall stability and bioavailability of the compounds. 

Users have reported alterations in the physical properties of SARMs, such as changes in color, viscosity, or the formation of precipitates when exposed to elevated temperatures.

While the exact temperature sensitivity of SARMs may vary depending on the specific compound and formulation, it is generally advisable to store them in a controlled environment. 

Maintaining a consistent temperature within the recommended range, typically between 15°C to 30°C (59°F to 86°F), helps prevent potential alterations in the chemical composition of SARMs.

Additionally, users should be mindful of not only high temperatures but also extreme cold, as freezing temperatures can adversely impact the stability of certain SARM formulations. 

The reported observations from users highlight the importance of proper storage practices to ensure the longevity and effectiveness of SARMs. 

As research on SARMs continues, more detailed insights into their temperature sensitivity and optimal storage conditions may emerge, guiding users and researchers in maximizing the benefits of these compounds.

Can you freeze SARMs? 

Can you? Sure. Should you? Probably not. 

SARMs and all other medications were produced to work in a certain temperature range, and by freezing it you could be taking your SARM way out of this range, thereby affecting its usage and safety. 

Conclusion – How to Store SARMS

SARMs work rather effectively, there’s no denying that. SARMs function like most other medications when it comes to storage – you kinda just have to be adult about it. 

Don’t store your SARMs in direct sunlight. Don’t store your SARMs in a super warm place, or an area of the house that changes in temperature all the time. 

Some SARMs might need to be refrigerated, however, there are no studies to back this up.