Automatic Cylindrical Acrylic Vacuum Plastination Tank for Preserving Human and Animal Body Tissue in Lab (50 Liters)

Vacuum Resin Trap Catch Pot Resin Infusion Safety Catch Pot Manufactured by Burhani Engineering Technology Product Description The Vacuum Resin Trap Catch Pot by Burhani Engineering Technology is a precision-engineered safety device designed for vacuum-assisted resin infusion and composite manufacturing processes. Installed between the laminate and the vacuum pump, this catch pot effectively captures excess resin and volatile by-products, preventing them from entering the vacuum system and protecting critical pump components from damage. Designed for small to medium-scale resin infusion operations, the resin trap ensures process reliability, consistent infusion quality, and extended equipment life. Construction & Build Quality Heavy-duty 2 mm annealed mild steel body for superior structural strength Chemical-resistant powder-coated finish for long-term durability Laser-cut 10–12 mm clear acrylic lid for real-time visibility of resin accumulation Custom-molded silicone rubber gasket ensuring a positive, airtight seal Non-slip rubber feet for enhanced stability during operation Internal design supports replaceable liners for easy maintenance and cleanliness Key Features Prevents resin ingress into vacuum pumps Enhances safety and operational reliability Clear lid allows continuous monitoring of resin level Dual vacuum ports with dedicated inlet and outlet connections Factory-sealed fittings for leak-free performance Vacuum tested prior to dispatch Technical Specifications Vacuum Gauge: Glycerin-filled, 0 to 29.25 inHg Gauge Thread: 1/4″ BSP Vacuum Pump Connection: 8 mm brass hose-tail barb Compatible Hose: 8 mm ID silicone vacuum hose Resin Line Connection: Gland nut suitable for 9 mm OD (6 mm ID) PVC hose Seal Life: Silicone gasket rated for 10,000+ cycles Operating Principle The resin trap functions as a protective reservoir within the vacuum circuit. Any excess resin drawn from the laminate settles into the catch pot due to gravity, preventing it from reaching the vacuum pump. This controlled separation safeguards pump blades and valves, ensuring uninterrupted and damage-free operation. Applications Composite part manufacturing (Aerospace, Automotive, Industrial FRP) Marine structures and boat building Wind turbine blade fabrication Research and testing laboratories Art restoration and controlled resin application processes Benefits Protects vacuum pumps from costly damage Improves resin flow control and infusion consistency Reduces maintenance frequency and downtime Maintains clean vacuum lines and systems Enhances workplace safety and process reliability Standard Supply Vacuum Resin Trap Catch Pot Assembly Glycerin-Filled Vacuum Gauge Factory-Fitted Vacuum and Resin Line Connections