Explore our flagship, high-yield biological raw materials optimized for industrial fermentation systems and laboratory research.
Established Year
Modern Production Area
Smart Storage Capacity
Expert Biotech Personnel
Established in 2008, Beijing Hongrun Baoshun Technology Co., Ltd. took root in the prestigious China (Beijing) Pilot Free Trade Zone Science and Technology Innovation Area. Over more than a decade of technical accumulation, we have evolved into a cutting-edge high-tech enterprise integrating pioneering research and development, smart manufacturing, and global sales. Recognized as a national "High-tech Enterprise" and a "Zhongguancun High-tech Enterprise", we set benchmark standards for raw material supply in the global fermentation sector.
In 2018, we strategically scaled up our manufacturing capabilities by establishing our primary production base in the Qili Industrial Park of Langzhong, Sichuan. Spanning across Phase I and Phase II, this facility operates separate, independent manufacturing lines dedicated strictly to animal-derived and plant-derived proteins. This structural division eliminates cross-contamination risks, addressing the critical security and regulatory compliance needs of global bio-pharmaceutical and industrial fermentation customers.
Our operation benefits from the integrated capabilities of five specialized subsidiaries: Beijing Yaoyou Technology, Sichuan Baoshun Biotechnology, Sichuan Romgee Biotechnology, Sichuan Yingwen Technology, and Sichuan Runxiaobao Technology. Upholding a stringent quality directive of "no substandard products leaving the factory", we provide global markets with unmatched product consistency.
Understanding the paradigm shifts in upstream bioprocesses and media formulation to secure long-term operational advantages.
Amid regulatory pressure and BSE/TSE contamination concerns, bio-pharma and food tech are shifting rapidly to animal-free nitrogen sources. Highly purified peptones derived from Soy, Wheat, and Potato guarantee biosafety without compromising microbial kinetics.
Synthetic biology requires highly defined and reproducible nutrient inputs. Modern manufacturers rely on yeast extracts and specialized peptones with consistent free amino acid profiles to feed genetically engineered strains for therapeutic and food protein synthesis.
Standard off-the-shelf media components are giving way to custom formulations designed for specific metabolic pathways. Adjusting nitrogen solubility and mineral profiles allows companies to maximize batch yields and cut downstream purification expenses.
We construct resilient biotech supply chains optimized for compliance, scalability, and predictable production output.
Variance in peptone quality disrupts microbial growth kinetics and limits batch yields. Our integrated supply chain relies on automated extraction, ultra-filtration, and standardization controls to assure that nitrogen, ash, and moisture profiles stay within strict tolerances from container to container.
With an production area of over 40,000 square meters and 20,000 square meters of storage, we are insulated from raw material and transport volatility. Large batch production guarantees that we can fulfill high-volume wholesale requirements without delaying development and commercialization schedules.
Entering international regulated markets requires flawless supply chain documentation. Our manufacturing processes carry ISO 9001:2015 and MUI Halal certification, streamlining audits and regulatory filings for international markets including the Americas, Europe, and Southeast Asia.
We provide complimentary pre-shipment samples of up to 500g per product (excluding freight cost). This allows R&D groups to run bench-scale fermentation runs and verify compatibility before placing commercial volume purchase orders.
Our specialized nitrogenous materials are formulated to optimize biological systems across a broad spectrum of biotech fields.
Widely applied in formulating dehydrated, solid, and liquid culture media. Our peptones and yeast extracts provide essential nutrients (amino acids, trace minerals, growth factors) to sustain robust microbial growth.
Our ingredients support pharmaceutical fermentation. High-purity animal-free peptones play an important role in synthesis platforms for vaccines, recombinant proteins, and therapeutic monoclonal antibodies.
We supply raw materials to biochemical plants targeting the production of platform chemicals, organic acids, and specialty bioreagents. Our bulk media profiles optimize carbon-to-nitrogen ratios for efficient bioconversion.
Culturing active, viable microecological preparations requires clean, high-nutrition inputs. Our yeast extracts and peptones accelerate biomass production for lactic acid bacteria and bifidobacteria formulations.
We produce cost-effective, high-nitrogen raw materials used in formulating bio-fertilizers and bio-pesticides. These options promote plant development, enrich soil microbiomes, and strengthen ecological aquaculture environments.
High enzyme expression depends on targeted peptide availability. Our custom nitrogen sources stimulate optimal protein folding and secretion pathways in fungi and bacteria, raising targeted enzyme yields.
Every commercial production host (fungal, bacterial, or yeast-based) possesses unique metabolic requirements. Off-the-shelf media components can limit production. We modify hydrolysis parameters, peptide length distributions, and mineral compositions to suit specific fermentation programs.
Microbiology must evolve alongside industrial advancements. To address mutating production strains and dynamic environmental criteria, Hongrun Baoshun supplies customized services across diverse sectors, functions, and scales.
Full-cycle support including pre-sales analysis, pilot runs, on-site optimization, and troubleshooting to keep bioreactors operating smoothly.
Adapting hydrolysate specifications, physical properties, particle distribution, and packaging forms to align with your production framework.
Supporting target assays like Escherichia coli and Salmonella testing with specialized agar formulations and biochemical indicators.
Our development focus is set on supporting the next generation of bioprocessing innovations.
Applying multi-enzyme synergistic hydrolysis processes to target exact peptide size distributions, improving strain uptake speed.
Binding essential divalent metals directly to peptide molecules to ensure balanced nutrient uptake and limit bioreactor precipitation.
Refining extraction protocols for pea, rice, and wheat protein matrices to offer clean label, GMO-free nitrogen alternatives.
Establishing digital tracking systems from raw material collection to final delivery, simplifying client verification procedures.
Clear, technical guidance concerning our nitrogen sources, customization workflows, and logistics services.
Yeast Extract comprises the water-soluble components of autolyzed yeast cells, rich in vitamins (especially B-complex), minerals, and amino acids. Yeast Peptone is yeast protein subjected to targeted enzymatic digestion, providing a higher concentration of long and short-chain peptides. Combining both elements balances immediate nutrient uptake with sustained metabolic support.
Our Soy Peptone is a high-quality, plant-derived protein hydrolysate that serves as an excellent replacement for animal peptones (like beef or casein). It contains high carbohydrate content which supports rapid microbial growth, particularly in lactic acid bacteria and spore-forming bacilli, while eliminating animal-derived contamination risks.
All plant-derived and yeast products are produced on independent lines separate from animal protein processing. These areas are verified GMO-free, MUI Halal certified, and we provide raw material country-of-origin documentation to support client regulatory audits.
Contact our technical support team with details of your target organism and nitrogen specifications. We prepare customized samples (up to 500g, excluding shipping costs) for laboratory trial runs, adjusting parameters based on your bench-scale analysis.
Our biological materials support industrial-scale fermentation across pharmaceutical, agricultural, and biochemical applications.
Hongrun Baoshun
