Can this glass pot be used on an induction cooktop?

No. Glass is a non-magnetic material and cannot be used directly on an induction cooktop. However, it is perfectly compatible with gas, electric coil, and radiant ceramic stovetops. For induction users, an interface disk (diffuser) is required to transfer heat to the pot.

What is the best way to use the glass pot to ensure its longevity?

Always start cooking on low heat and gradually increase to medium. High heat is unnecessary due to the glass's exceptional heat retention. Crucially, avoid extreme thermal shock by not placing a piping hot pot onto a very cold or wet surface. Following these simple steps ensures your glass cookware remains a centerpiece of your kitchen for years.

Borosilicate Glass Cooking Pot Manufacturer | Wholesale Stove-Top Cookware

Q: How should I clean the pot if food gets burnt on?

Cleaning is effortless because borosilicate glass is non-porous and non-reactive. For tough, burnt-on residue, simply soak the pot in warm, soapy water and use a non-abrasive sponge. Since it is chemically inert, the glass will not retain odors or stains, and it is also 100% dishwasher safe.

Glass Cookware

Borosilicate Glass Cooking Pot Manufacturer

KINGSTAR GLASSWARE is a premier manufacturer of high borosilicate glass cooking pots. Our stovetop-safe, thermal shock-resistant pots withstand direct heat and rapid temperature changes from -20°C to 150°C. We offer customizable sizes, OEM branding, and factory-direct wholesale for premium cookware brands. Cook with transparency and safety using KINGSTAR GLASSWARE solutions.

Product Attributes

Dimensions:
Design: Clean, minimalist design with a crystal-clear body.
Base: Flat, wide base for stable contact with heating surfaces.
Profile: Deep pot design suitable for soups, stews, and boiling.
Capacity:
Small: 1.5 Liters / 1.6 Quarts (Ideal for sauces or small portions)
Medium: 3.0 Liters / 3.2 Quarts (Perfect for family meals)
Large: 5.0 Liters / 5.3 Quarts (For batch cooking and soups)

Product Details

Applications:

Home & Kitchen: Ideal for slow cooking, soups, and stews.
Restaurants & Cafes: Showcase dishes in an elegant, clear pot.
Catering & Events: Perfect for presenting dishes at buffets or banquets.
Retail & Commercial: A high-quality addition to kitchenware collections.

Specifications:

Material: Borosilicate glass (heat-resistant)
Capacity: 1L / 1.5L / 2L (custom sizes available)
Lid: Glass lid included
Handles: Heat-resistant and ergonomic
Color: Clear
Features: Oven-safe, microwave-safe, dishwasher-safe, eco-friendly, reusable
Packaging: Bulk carton / Gift box / Customized packing
MOQ: 1,000 pcs (custom orders accepted)

About Qingdao Kingstar Glass Co., Ltd.:

Qingdao Kingstar Glass is a trusted manufacturer of premium glass kitchenware with over 10 years of experience. We focus on producing functional, elegant, and durable glass products. Our borosilicate cooking pots are exported worldwide, catering to households, restaurants, and retailers. OEM & ODM services are available to help clients customize products for their markets.

Witness cooking in its purest form. As a specialized borosilicate glass cooking pot manufacturer, KINGSTAR GLASSWARE is proud to offer this revolutionary piece of cookware. It transforms the kitchen experience by allowing you to watch your food cook from every angle, ensuring perfect results. Made from advanced borosilicate glass, this pot moves seamlessly from refrigerator to stovetop to table, embodying the ultimate in convenience, safety, and modern culinary style.

Is it truly safe to use a glass pot directly on the stovetop?

Yes, absolutely. This is not ordinary glass. It is crafted from high-grade borosilicate glass, the same material trusted in scientific laboratories for its exceptional thermal shock resistance. It is specifically engineered to withstand direct, low-to-medium heat on gas and electric stovetops without cracking. This makes it a safe and reliable piece of non-toxic cookware, offering a pure, chemically inert cooking surface that won't react with your food.

What are the key advantages compared to traditional metal pots?

The primary advantage is health and purity. Unlike some metal pots, our glass pot is completely non-reactive and will never leach metals or chemicals into your food, ensuring the taste is pure and natural. The transparency allows you to monitor cooking without constantly lifting the lid, saving energy and preserving heat. It's also a beautiful piece of serving-ware, allowing you to take it directly from the stove to the dining table.

What is your MOQ for this premium cookware and can we create a branded line?

As a leading OEM partner, we can help you launch your own line of premium glass cookware. Typically, our Minimum Order Quantity (MOQ) for this specialty item starts around 1,000 units, a number that can be adjusted based on custom packaging or design modifications. We offer competitive factory-direct pricing that makes this high-end product accessible for retail brands. As a trusted supplier, we provide flexible price terms (FOB, CIF, etc.) and robust quality assurance for every shipment.

Choosing KINGSTAR GLASSWARE means investing in cutting-edge cookware technology from an experienced factory.

Ready to offer the future of cooking? Contact us for a wholesale quote.

FAQ

Can this pot be used on an induction cooktop?

No. Glass is not a magnetic material, so this pot will not work on an induction cooktop by itself. It is designed for use on gas, electric coil, and ceramic stovetops.

How should I clean the pot if food gets burnt on?

Because glass is non-porous, cleaning is surprisingly easy. For tough, burnt-on food, simply soak the pot in warm, soapy water for a while, and it should scrub off easily with a non-abrasive sponge. It is also completely dishwasher safe.

What is the best way to use it to ensure its longevity?

Always start with low heat and gradually increase to medium. Avoid using high heat, as the excellent heat retention of glass means it's not necessary. Also, avoid placing a hot pot on a very cold or wet surface to prevent extreme thermal shock.

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