Since its establishment in 1996, Ningbo Chef Base Kitchen Co., Ltd. has focused on the research, development, and manufacturing of professional kitchen cutting boards. In the highly competitive global field of food-safe polymer and composite surfaces, we have consistently led the industry. Our operations combine state-of-the-art extrusion, precision injection molding, and composite wood engineering to achieve unparalleled product longevity and mold resistance.
As an industry pioneer of antibacterial cutting boards, we hold 20 utility and design patents. These proprietary technologies ensure that our products remain at the absolute global forefront of mechanical design, surface integrity, and biological resistance, specifically tailored to satisfy the requirements of international OEM/ODM clients.
We know that although cutting boards are inconspicuous, they play a vital role in food safety and kitchen work flows. We are fully committed to engineering healthy, secure, environmentally sustainable, and highly ergonomic prep utilities.
Utilizing high-density, non-porous composite resins and food-safe metallic compounds to provide permanent resistance against microbial proliferation, mold, and odor retention.
Features integrated elastomeric anti-slip borders, safety juice wells, and knife-friendly surface profiles that absorb impact without compromising fine culinary blade edges.
Committed to eco-responsibility. We actively utilize post-industrial recyclable polymers, FSC-certified woods, and green production technologies that reduce carbon emissions.
Engineered with double-sided utilization markings, visual food group separation indicators, and integrated juice channels to streamline prep cleaning and storage.
Large-scale food service businesses, hotel chains, and retail buyers are facing strict regulatory scrutiny regarding food safety. Cross-contamination within prep environments is recognized as a primary risk vector. Standard wood surfaces, if improperly maintained, quickly develop micro-fissures that trap moisture and become breeding grounds for mold, *Salmonella*, and *E. coli*.
Our range of custom anti-mold kitchen accessories solves this issue by using non-porous materials like premium HDPE, titanium, and specialized silicones. These materials withstand harsh chemical sanitization and commercial high-heat washing cycles without degrading, delaminating, or losing their structural strength.
Consequently, modern supply chains choose partners who guarantee complete traceability, structural testing reports, and compliance certificates. Ningbo Chef Base meets these demands with fully documented material tracking and rigorous testing processes.
We supply international hypermarkets (Walmart, Costco, ALDI) with high-volume, cost-efficient, retail-ready packaging. Our products feature clean branding and reliable anti-mold performance designed to attract home cooks.
For high-frequency commercial kitchens, our durable HDPE cutting boards and premium double-sided titanium surfaces prevent bacterial cross-contamination, ensuring long service life under heavy usage.
We specialize in custom tooling and brand development. We offer customized colors, integrated juice grooves, built-in garlic graters, and unique composite materials tailored to specific regional markets.
Traditional porous kitchenware traps water, creating breeding grounds for fungal spores. Our technical roadmap focuses on modifying raw materials to prevent bacterial and mold accumulation before it can start.
We use high-density polymers that are chemically inert. These plastics resist surface wear, acids, and high-heat sanitizing, preventing micro-grooves where bacteria can thrive.
Our pure titanium and double-sided titanium cutting boards form a stable protective oxide layer (TiO2). This layer naturally repels organic matter and inhibits mold growth without releasing metallic ions.
For premium cutting boards, we combine natural acacia wood with high-grade food-safe resins. This seals the wood fibers to prevent water absorption and warping.
Ningbo Chef Base is currently testing plant-derived bio-resins and micro-textured surface patterns that naturally repel liquids. Our goal is to reduce plastic use by 40% while maintaining the durability and performance of our kitchenware.
We offer custom design, manufacturing, and supply services. We help brand owners translate product concepts into market-ready retail products.
Quality control is critical for high-volume B2B manufacturing. Each production run undergoes testing at various stages of production:
All our materials are certified to meet FDA, LFGB, and EU 10/2011 food-grade standards, ensuring compliance for all major target markets.
Our factory is located near Ningbo Port, allowing us to load containers and ship orders to international markets with minimal transit delay.
We provide complete documentation, including ISO 9001 quality audits, BSCI social compliance reports, and material safety data sheets (MSDS).
Our cutting boards are manufactured using non-porous polymers (such as premium HDPE and PP) and metallic structures like titanium. This prevents juices and food particles from absorbing into the board. By keeping moisture off the surface, bacteria and mold cannot settle or multiply.
Yes. We offer complete OEM and ODM customization services. You can customize the dimensions, thickness (typically ranging from 10mm up to 50mm for commercial blocks), color schemes, and design features like juice grooves, hanging loops, or silicone grip zones.
Our products meet global safety standards. All raw materials are certified compliant with the US Food and Drug Administration (FDA), Germany's LFGB, and the European Union's Regulation (EU) No 10/2011. Our factory operations are certified under ISO 9001 and undergo BSCI audits.
Our standard Minimum Order Quantity (MOQ) depends on the product size and customization requirements, generally starting at 1,000 units. For typical production runs, the lead time is between 30 and 45 days after design approval and deposit receipt.
Every product batch is tested by our quality assurance team. This includes repeating high-temperature industrial dishwasher cycles (up to 85°C), impact tests to confirm crack resistance, and stain tests using high-color foods like beet juice to ensure the board remains clean.