Tube - in - Tube Heat Exchanger for Pharmaceutical Applications
In the highly regulated world of pharmaceutical production, maintaining the highest standards of hygiene and product integrity is non-negotiable. Enter the tube-in-tube heat exchanger, a specialized piece of equipment meticulously engineered to meet the stringent demands of this industry.
At the heart of its design lies the tube-in-tube configuration, which facilitates efficient heat transfer while minimizing the risk of contamination. The inner and outer tubes create separate channels for the process fluid and the heating or cooling medium, ensuring that there is no direct contact between them. This isolation is crucial in pharmaceutical applications, where even the slightest contamination can have serious consequences for product quality and patient safety.
The use of smooth stainless steel surfaces further enhances the heat exchanger's hygienic properties. Stainless steel is resistant to corrosion, easy to clean, and does not react with pharmaceutical products, making it the ideal material for this application. The smooth surfaces also prevent the accumulation of bacteria and other contaminants, reducing the risk of product spoilage and ensuring compliance with strict industry regulations.
Product Details
Product Identity
◆ Place of Origin: China
◆ Brand Name: OEM/ODM (Flexible branding to align with pharmaceutical industry partners)
◆ Certification: CE, ISO 9001, ISO 13485 (Compliant with pharmaceutical quality management standards)
◆ Model Number: Customized (Tailored for strict pharmaceutical hygiene and process requirements)
Product Overview
◆ Engineered for pharmaceutical applications, this tube - in - tube heat exchanger features smooth stainless - steel surfaces. It ensures hygienic heat transfer, easy cleaning to meet strict industry standards, and prevents contamination-critical for pharmaceutical production integrity.
Key Specifications
◆ Construction & Materials
Design: Tube - in - tube configuration. Separates process fluid from heating/cooling medium, avoiding direct contact and contamination risks.
Material: Smooth stainless steel. Corrosion - resistant, easy to clean, and non - reactive with pharmaceutical products-ideal for hygienic heat transfer.
◆ Performance Parameters
Hygiene & Contamination Control: No direct contact between fluids ensures product integrity. Smooth surfaces prevent bacterial buildup, meeting strict pharmaceutical sanitation norms.
Design & Functionality
◆ Pharmaceutical Hygiene Compliance
The tube - in - tube structure isolates process fluids from heating/cooling media, eliminating cross - contamination risks. This is vital in pharma production, where even minor contamination can impact product quality and patient safety.
◆ Ease of Cleaning & Maintenance
Smooth stainless - steel surfaces simplify cleaning (critical for CIP/SIP processes). Resists corrosion and organic material adhesion, ensuring consistent hygiene and reducing spoilage risks.
Application Areas
◆ Pharmaceutical Production
Drug Manufacturing, Biotech Processes: Enables hygienic heat transfer for processes like sterilization, formulation, and lyophilization-critical for maintaining product quality and safety.
Commercial Terms
◆ Order Details
Minimum Order Quantity (MOQ): Negotiable (Supports small - batch pharma trials and large - scale production lines)
Price: Negotiable (Customization - based: material grades, surface finish, and compliance - specific designs)
◆ Shipping and Delivery
Packaging Details: Sterile, anti - contamination wrapping + medical - grade crates (Ensures compliance with pharma transit hygiene standards)
Delivery Time: 10 - 20 days (Adjusts for customization complexity, prioritizing pharma production timelines)
◆ Payment and Supply
Payment Terms: L/C, T/T (Aligned with pharmaceutical industry procurement workflows)
Supply Ability: 7500 pcs per month (Meets pharma plant retrofits and new production line demands)
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