Vial volume
3 mLOne vial of BAC Water
MGMT RESEARCHPRODUCT CONCEPT
METABOLIC RESEARCH
BAC WATER 3 mL
Bacteriostatic Water · Research diluent
MGMT Research BAC Water is supplied in a 3 mL vial containing 0.9% benzyl alcohol (9 mg/mL) as a preservative.
$10.00 CADPer vial · 3 mL vial
VIAL VOLUME3 mL
Shipping & Returns
Prices are in Canadian dollars and include tax. Shipping is calculated in your checkout order summary.
Delivery usually takes 3–7 days after dispatch, depending on your location. Allow up to 10 days for remote areas. Canada Post or FedEx is selected based on your mailing address.
Usual dispatch time
In-stock items usually ship the same day when payment is received before 12:00 p.m. EST. Some larger and wholesale orders ship the following day.
Check the product page for current availability, sourcing or preorder information before ordering. Dispatch timing is separate from the carrier’s delivery time.
No returns or refunds.
We do not accept returns or offer refunds, except where required by applicable law. Once our research compounds leave the warehouse, they cannot be returned to stock for resale.
This policy does not limit any rights or remedies required by applicable law.
01 / PRODUCTLaboratory diluent
02 / VOLUME3 mL per vial
03 / FULFILLMENTToronto dispatch
04 / FORMATLiquid
FREE BAC Water + holder with every compound vial
Every compound vial includes one free 3 mL Bacteriostatic Water and one compound / BAC pair holder. Any strength. No minimum purchase. Bundles count their included BAC Water toward this offer.
Prices in CAD before tax. E-transfer accepted · Credit cards coming soon.
Mix Easy · Open the calculator ↗Storage & handling
Store refrigerated at 2–8°C, both before and after first puncture. Do not freeze.
Record the date of first puncture. Discard any remaining BAC Water within 28 days after first puncture, or by the original expiry date, whichever comes first. Discard sooner if contamination is suspected.
These storage and discard instructions apply to BAC Water in its original vial. They do not establish the storage life of a compound prepared with it.
For research use only. Not for human consumption.
Product form
LiquidFor research use only
Preservative
0.9% benzyl alcohol9 mg/mL
MGMT batch reference
BC-2401Internal MGMT batch code
Manufactured
October 2026Current BAC Water batch
Unopened expiry
October 2028Follow the earlier discard limit after puncture
The 3 mL label states the volume supplied. It does not mean that every research vial requires 3 mL of diluent.
DESCRIPTIONWhat is
What is
BAC Water?
MGMT Research BAC Water is supplied in a 3 mL vial containing 0.9% benzyl alcohol (9 mg/mL) as a preservative.
It serves as a diluent or solvent to dissolve a compatible dry material or dilute an existing solution. In laboratory peptide research, reconstitution means adding an appropriate diluent to lyophilized powder to prepare a solution for a specified procedure.
The separately sold vial is the same BAC Water supplied with qualifying compound purchases.
LABORATORY APPLICATIONSA compatible diluent.
A compatible diluent.
A clear calculation.
- Reconstitution: prepare a solution from compatible lyophilized material.
- Dilution: adjust concentration according to your research protocol.
- Measurement: use Mix Easy to calculate concentration and sample volume.
Product specifications & shipping +
- Product
- BAC Water · Bacteriostatic Water
- Vial volume
- 3 mL
- Format
- Liquid
- Presentation
- One 3 mL vial of liquid BAC Water
- Preservative
- 0.9% benzyl alcohol (9 mg/mL)
- MGMT batch reference
- BC-2401
- Manufactured
- October 2026
- Unopened expiry
- October 2028
- Intended use
- Laboratory research
- Dispatch
- Toronto, Ontario
In-stock items usually ship the same day when payment is received before 12:00 p.m. EST. Some larger and wholesale orders ship the following day.
MIX EASYYour mixture.
Your mixture.
Made clear.
Select the compound you are preparing, its vial amount, the volume of diluent added, and your laboratory sample amount. The calculator converts those inputs into concentration, volume, and U-100 markings.
01
Set your mixture
mg
mL
Enter an example amount to calculate its volume.
02
Your measurement
RETROD
20units
0.2 mL of solution per sample
U-100 scale1 mL = 100 units
Concentration10 mg/mL
Full samples per vial5
THE CALCULATION
2 mg ÷ 10 mg/mL = 0.2 mL
How to read this calculator +
Concentration = vial amount ÷ solution volume. Sample volume = sample amount ÷ concentration. U-100 scale units = volume in mL × 100; these are volume markings, not units of compound potency.
This example assumes the final solution volume equals the diluent volume entered, and that the compound dissolves completely. It does not establish solubility, compatibility, stability, or an administration dose.
Decimal measurements are mathematical results and may fall between markings. Full samples are rounded down; they do not account for handling losses.
The calculator checks concentration mathematics. It does not select a treatment dose or establish compatibility, sterility, or stability. BAC Water is the diluent, not a peptide.
COMPATIBILITY & HANDLING
Compatibility comes first.
BAC Water is not suitable for every compound. Preservative-containing and preservative-free water are different preparations; the appropriate choice depends on the material and documented procedure.
A preservative inhibits bacterial growth but does not sterilize a contaminated preparation or replace appropriate handling technique.
Before preparing a solution
- Check the supplied vial’s formulation, expiry, seal, and storage instructions.
- Confirm diluent compatibility and required volume from the compound’s documentation.
- Inspect the preparation against your protocol’s expected appearance.
RECONSTITUTION & HANDLINGYour protocol.
Your protocol.
Your preparation volume.
The appropriate volume of BAC Water depends on the compound, required concentration, and validated research procedure. The 3 mL vial size is the volume supplied, not a universal mixing instruction.
Concentration mathematics
Compound amount ÷ final solution volume = concentration. Laboratory sample amount ÷ concentration = sample volume.
Follow the documented diluent, equipment, mixing method, and storage requirements for the material being prepared. Mix Easy assumes the entered diluent volume equals the final solution volume.
Open Mix Easy ↗Read reconstitution basics ↗