Single 10 ml vial from Ultima Pharmaceuticals containing 2 mg CJC 1295 without DAC, supplied for injection.
Ultima Pharmaceuticals supplies this peptide in a 10 ml vial holding 2 mg total. The label reads CJC 1295 without DAC, distinguishing it from the DAC-inclusive variant sold under similar names. Each vial is prepared for injection and ships as a single unit.
CJC 1295 Format and Vial Contents
The 2 mg figure represents the full content of the vial, not a per-ml concentration. Other listings in this category may state dosage as milligrams per millilitre where this one gives the total load. The 10 ml volume refers to the vial size; reconstitution and dilution are procedures handled separately and are not covered on this page. Ultima Pharmaceuticals, based in the USA and producing peptides since 2022, packages this as a single vial ready for preparation.
The no-DAC specification matters when comparing labels. CJC 1295 with DAC and CJC 1295 without DAC are distinct items with different stability and handling characteristics, so confirming which version a listing describes prevents ordering the wrong preparation. This vial carries the no-DAC form.
Be the first to review this product
Share your experience to help other shoppers decide.
Reviews are written by signed-in customers, so every review can be checked against a real order.
Sign in to write a review
Is this the DAC or no-DAC form of CJC 1295?
This vial contains CJC 1295 without DAC. The label specifies the no-DAC version, which is a separate preparation from CJC 1295 with DAC and should not be confused with it when comparing products.
What does the 2 mg dosage refer to in this vial?
The 2 mg is the total peptide content in the vial, not a per-ml concentration. The vial itself is 10 ml in size, and the 2 mg figure describes the complete amount supplied in that single container.
How is this peptide supplied in the pack?
The pack contains one 10 ml vial prepared for injection. It is sold as a single vial unit, not as a multi-vial set, and arrives ready for reconstitution according to standard peptide preparation methods.
You may also like
Browse all
