Private Label Plant Protein Powder

Product Description

Pea and brown rice proteins supply complementary amino acid profiles that support daily protein intake and muscle protein synthesis. Pea protein is comparatively rich in lysine, while rice protein helps address sulfur-containing amino acids such as methionine and cysteine. Protein concentration, amino acid balance, and dispersibility separate a strong plant protein powder from a basic commodity blend.

To ensure that Cpack Manufacturing is providing the best quality plant protein powder, the formula pairs organic pea and organic brown rice protein in a controlled dry-blending process designed for uniform distribution. Moisture management and blend consistency protect protein quality while supporting predictable flavoring, scoop-to-scoop uniformity, and reliable dispersion in finished beverages.

The main benefits provided by our Private Label Plant Protein Powder supplements are as follows:

• Organic Pea Protein — Pisum sativum protein supplies all nine essential amino acids and is particularly useful for its lysine and branched-chain amino acid contribution. A typical protein isolate targets approximately 80% protein by dry weight.
• Organic Brown Rice Protein — Oryza sativa protein contributes methionine and cysteine that complement the lower sulfur-amino-acid profile of pea protein. Concentrated rice protein commonly targets approximately 80% protein by dry weight.
• Leucine — This branched-chain essential amino acid activates the mTORC1 signaling pathway that initiates muscle protein synthesis. A complete serving is commonly designed to move toward the approximately 2 to 3 gram leucine threshold used in sports-nutrition formulations.
• Lysine and Methionine Balance — Pea protein supplies comparatively more lysine while rice protein contributes more methionine, reducing the limiting-amino-acid weakness of either source used alone. This pairing improves essential amino acid coverage without animal-derived protein.
• Arginine — Pea protein provides naturally occurring arginine, a substrate for nitric oxide synthase and a contributor to normal vascular signaling. Its presence broadens the blend beyond basic protein delivery without requiring a separate amino acid system.