Durable Non-Stick Cookware Sets - Chinafactory.com
Categories
Model Number: Cookware Set - 022
Seller: Zhejiang JeeTee CookWare Co.
Aluminium die-casting Classic Cookware Set, non-stick, durable, good cookware for cooks and housewives!
Contact NowDurable Non-Stick Cookware Sets: Square Shape Cookware Set
| Model: | JT Set 2 |
|---|---|
| Product Approvals: | SUV,SGS,FDA,RoHS,LFGB |
| Capable: | CE |
| Brief Description: | Aluminium die-casting Classic Cookware Set, non-stick, durable, good cookware for cooks and housewives! |
| Interior Treatment: | Nonstick Coating |
| Handle Type: | bakelite |
| Lid Type: | Glass Lid |
| Application: | Gas Stove |
| Exterior Treament: | High Temperature Lacquer |
| Material: | Aluminum |
| Glass Type: | Tempering Glass |
| Feature: | Eco-Friendly |
Key Specification
- Available Models: JT Set 2
- Thickness: 2.0x4.5mm
| Payment Terms | L/C, T/T, Others |
|---|---|
| Minimum Order | |
| Lead Time Delivery Time | 40 days |
| Sample Available | Yes |
| Delivery Details | about 40 days after deposit received |
| FOB Port | Ningbo |
| Loading Info | by sea |
| Packing Info | bubble bag/shrink for products, then in a gift box, at last in a big carton |
| Target Market(s) | Africa, Eastern Europe, Hong Kong/ Macao/ Taiwan, Japan & Korea, Latin America, Mainland China, Middle East, North America, Northern Europe, Oceania, South Asia, Southeast Asia, Western Europe |
Related products
12PCS Stainless Steel Cookware Sets - Chinafactory.com
Model Number: Cookware Set - 071
We are a Manufacturer and Supplier for Cooking Cookware Sets as well as kitchen ware for homes, Restaurant and Food Kitchens.
12PCS Stainless Steel Cookware Sets - Chinafactory.com
Model Number: Cookware Set - 072
Latest Stainless Steel Cookware Sets;Best price with good quality. We are manufactory, can provide kinds of stainless steel cookware.
8 Pcs. Iris A Stainless Steel Cookware Sets - Chinafactory.com
Model Number: Cookware Set - 027
Iris A Stainless Steel Cookware Sets.Use "impact bonding technique" to ensure maximum heat transfer efficiency.