Product Description
SALES (804) 318-3686
Tri-Ferrule Bottle 25 ml
Tri-Ferrule Bottle 25ml
Materials of Construction: - Body: 316L stainless steel
- Lid: 316L stainless steel
- Gasket: Silicone (FDA 21 CFR 177.2600 compliant)
Nominal Volume: 25ml
Method of Construction: Crevice free interior, welds ground & polished
Surface Finish: Better than 0.5 microns Ra
Dimensions: A = 50.5 mm
B = 34 mm
C = 48 mm
D = 44 mm
E = 35 mm Max. Width over the Clamp = 95 mm
Nominal Weight (body, lid, clamp & gasket): 460 g
BSE/TSE statement: All polishing compounds used in the manufacture of this product are of vegetable origin. Recommended Storage Conditions: Dry and ambient temperature
The Tri-Ferrule Bottle 25 ml is designed for precision and reliability in laboratory environments. Constructed from high-quality 316L stainless steel, this sampling bottle offers exceptional durability and resistance to corrosion, ensuring accurate samples for your analytical needs.
The seamless design features a crevice-free interior, facilitating easy cleaning and reducing the risk of contamination. Our compliance with FDA regulations ensures that this sampling tool meets stringent safety and quality standards. With a polished surface finish better than 0.5 microns Ra, the Tri-Ferrule Bottle is perfect for applications requiring maximum purity and integrity.
- Nominal Volume: 25 ml
- Materials: 316L stainless steel body and lid; Silicone gasket compliant with FDA 21 CFR 177.2600
- Crevice-free interior for enhanced cleanliness and contamination prevention
- Surface Finish: Better than 0.5 microns Ra for superior sample integrity
- Compact Dimensions: 50.5 mm height, 34 mm diameter, and 95 mm max width over the clamp
- Weight: 460 g (body, lid, clamp & gasket included)
- BSE/TSE compliant with polishing compounds of vegetable origin
- Recommended Storage Conditions: Dry and ambient temperature
The Tri-Ferrule Bottle 25 ml is the ideal solution for laboratories seeking a trustworthy and high-performance sampling option, delivering precision and compliance for rigorous analytical demands.
