HIGH BOROSILICATE CLIP FRESH Square Container 320 ml Packing: 1

Description

The HIGH BOROSILICATE CLIP FRESH Square Container with a 320 ml capacity is a versatile, durable, and food-safe glass container known for its airtight and leak-proof design. The "1/32" in the description likely refers to the thickness of the specific F-flute corrugated material used in its retail packaging, which is typically 1/32 of an inch thick. This container, commonly associated with brands like Treo by Milton, is made from high-grade borosilicate glass, which offers superior resistance to temperature variations compared to ordinary glass.
Material: Made of high-borosilicate glass and features a BPA-free, clip-on plastic lid with a silicone seal and an air vent.
Safety & Versatility: It is safe for use in the microwave, conventional oven (without lid), freezer, and refrigerator, withstanding temperatures from -40°C to +400°C.
Airtight & Leak-proof: The clip-lock lid and silicone gasket create an airtight and leak-proof seal, making it ideal for carrying liquids and keeping food fresh for longer.Non-Porous Surface: The glass is non-porous and does not absorb food smells, stains, or germs, ensuring it retains crystal clarity even after repeated use and is easy to clean.
Dimensions: The product dimensions are approximately 12.2 cm (L) x 12.2 cm (W) x 5.8 cm (H).
Care: It is generally described as dishwasher safe.
Understanding the "1/32" Packing
The term "1/32" in the packing description most likely refers to the thickness of the F-flute corrugated cardboard used in the product's packaging box.-Flute Corrugated Material: This type of corrugated fiberboard is approximately 1/32 of an inch (around 0.8 mm) thick and is commonly used for small, high-quality retail packaging where a fine printing surface is desired, such as for individual items or gift boxes.
Regulatory context: In some food labeling regulations, a minimum type height of 1/32 inch (0.8 mm) is required for information on very small packages (with a principal display surface of 10 cm² or less). However, given the context of "packing" the former explanation relating to the physical packaging material is more likely.