Where are SIGG bottles manufactured?
Switzerland
Sigg Switzerland AG is a Swiss manufacturing company with its headquarters in Frauenfeld. Sigg bottles are bottles designed and manufactured in Switzerland from aluminum and polypropylene or in China from stainless steel and glass.
How do you clean Sigg bottles?
Our best tip is to fill your SIGG halfway with hot water. But be sure to be careful because the bottle can heat up quickly. Add one teaspoon of unscented dish soap and shake. Let sit for a few minutes then rinse with lukewarm water until the soapy water runs clear.
What are Sigg bottles made of?
At SIGG™ we offer 5 main bottle materials: aluminium or glass for our Classic bottles, 18/8 stainless steel or glass for our Hot & Cold line, polypropylene for the VIVA and HERO bottles, and Tritan for our Total Clear, Miracle and Sexy bottles.
Can you put coffee in a SIGG bottle?
No. SIGG™ bottles are made to contain liquids and not for cooking. Direct contact with fire or a kitchen stove can damage the outside and inside of the bottle.
Why choose Sigg?
Safe, spill-proof, tested to the extreme and with funny designs! Made of aluminum and almost indestructible – the classic water bottle from SIGG available with a wide-mouth opening and screw cap. Meal Prep – or simply precook and take your favourite food with you wherever you go: healthier (BPA and plastic-free), tastier and cheaper!
Why Sigg water bottles?
Good material, secure lid, reliable seal: all you need to transport your meals securely. Safe, spill-proof, tested to the extreme and with funny designs! Made of aluminum and almost indestructible – the classic water bottle from SIGG available with a wide-mouth opening and screw cap.
What is Sigsig sulphide®?
Sig Sulphide® is an SRB test kit that detects the presence of bacteria that generate corrosive sulphide, such as Sulphate Reducing Bacteria (SRB).
What is the SIG sulphide® test kit?
The Sig Sulphide® test kit allows you to reliably detect the extent of bacterial sulphide generation and assess the associated risk of Microbially Influenced Corrosion (MIC). This method is widely used by water treatment companies, world renowned environmental test laboratories, oil companies and marine surveyors.