PTFE Stirring Rods, 2 Pack Lab Stir Stick Soft Rod for Chemical Mixing Sample High Temperature Resistant

Features:Material: Pure PTFE, corrosion-resistant, high-temperature tolerant.Design: Soft and flexible paddle for smooth, uniform mixing.Manual Use: Suitable for viscous liquids, thick solutions, and special containers.Compatibility: Works with glass, plastic, and metal containers.Easy to Clean: PTFE surface is non-reactive and easy to rinse after use.Specifications:Length: 200mm/250mm/300mm/550mmDiameter: 7mm/8mmUsage: Laboratory chemical mixing, sample stirring, and educational experimentsUsage Notes:Avoid direct flame exposure; although PTFE is high-temperature resistant, extreme heat may damage the rod.Clean before first use and after each application to prevent contamination.Handle carefully to avoid bending excessively, which may deform the rod.Not intended for magnetic stirring applications; use manually.Store in a clean, dry area when not in use.

• Durable PTFE Construction: Made of premium PTFE : Polytetrafluoroethylene, this manual stirring rod provides excellent chemical resistant performance for routine laboratory tasks, ensuring stable sample stirring and long service life in various chemical mixing applications.
• Smooth Manual Stirring Control: The lab stir stick offers comfortable manual operation with a soft rod design that moves fluidly in beakers and tubes, allowing controlled sample stirring for both light solutions and viscous liquids without scratching containers.
• Flexible Sizes: Available in multiple lengths and diameters,200-350mm length, 8mm diameter. Lightweight PTFE rod allows handling and thorough mixing in small or large containers.
• High Temperature and Chemical Resistant: The Polytetrafluoroethylene material withstands high temperature environments and common laboratory, making this manual stirring rod dependable for repeated use in various stirring, blending, and sample handling tasks.
• These PTFE manual stirring rods are soft yet durable, offering excellent high temperature resistance for safe and efficient chemical mixing and sampling in laboratory settings.