Description

Premium Borosilicate Glass Stirring Rod – Heavy-Duty Chemical Mixing Baton

Ensure smooth, contamination-free mixing in your laboratory or industrial processes with our professional-grade Glass Stirring Rod. Crafted from solid, high-purity borosilicate glass, this essential laboratory baton is engineered to withstand aggressive chemical environments and high-temperature solutions. With polished, rounded ends to protect your delicate glassware from scratches, it is the ultimate tool for manual stirring, liquid guiding, and chemical blending.

Key Applications:

• Chemical Mixing & Dissolution: The industry standard for manually agitating liquids, accelerating the dissolution of chemical powders, and blending reactive solutions safely.

• Liquid Guiding & Pouring: Ideal for placing against the lip of a beaker or flask to guide the flow of a liquid during transfers, effectively preventing accidental drips, splashes, or run-off down the side of the container.

• Precipitate Manipulation: Excellent for breaking up stubborn precipitates, scraping residues from container walls, or collecting crystals during filtration processes.

• Commercial & Cosmetics Compounding: Widely utilized in small-scale manufacturing, essential oil blending, and artisanal cosmetics production where non-reactive mixing is required.

Product Features:

• Solid Borosilicate Glass: Completely inert and non-porous, ensuring zero chemical interaction, zero leaching, and absolute purity for your solutions.

• Flame-Polished Rounded Ends: Both tips are meticulously flame-polished to a smooth, rounded finish, eliminating sharp edges to reduce the risk of scratching or cracking your beakers and flasks.

• Superior Thermal Resistance: Highly resistant to thermal shock, allowing it to transition seamlessly from boiling chemical reactions to ice-cold baths without fracturing.

⚠️ Safety and Handling: Although robust, glass stirring rods can break if subjected to excessive mechanical force. Never use the rod to forcefully crush hard solids against the bottom of a thin glass container. Inspect the rod for chips, deep scratches, or fractures before use. Always wear appropriate Personal Protective Equipment (PPE), including safety glasses and protective gloves, when mixing hazardous chemicals.