Can a Glass Kettle Be Produced on a CKD Production Line?
The answer is yes.
Yes, a glass kettle can definitely be produced and exported using the CKD (Completely Knocked Down) model. You simply transport the glass body, heating element, plastic parts, sealing ring, power base, and other components in disassembled form, then assemble them at the destination market.
Core Components of a Glass Kettle CKD Production Line
A standard glass kettle CKD assembly line typically includes:
|
Component |
Description |
|
Glass kettle body |
Borosilicate glass, pre-formed at high temperature – no on-site processing required |
|
Heating element assembly |
Pre-fabricated heating element for boiling water |
|
Sealing ring + Gluing machine |
Used to seal and fix the heating element to the glass body |
|
15-20 meter assembly line |
For assembling plastic parts such as handles, lids, and power bases |
|
Comprehensive tester |
Tests resistance and voltage of finished kettles to ensure electrical safety |
Advantages of Glass Kettle CKD
Compared to stainless steel kettles, the glass kettle CKD production line is simpler and requires lower equipment investment:
✅ No spot welding equipment needed: Glass kettles have no metal brackets or spouts to weld
✅ No seaming/crimping machine needed: Glass-to-heating element fixing uses a sealing ring + glue, not crimping
✅ Shorter production line: Eliminates metal processing steps, making the assembly line more compact
✅ Lower equipment investment: Reduces the need for multiple specialized machines
Considerations for Glass Kettle CKD
|
Consideration |
Explanation |
|
Higher breakage rate |
Glass is fragile; breakage rates during transport and assembly are higher than for stainless steel |
|
Higher packaging costs |
Requires thicker foam, partitions, and protective packaging – increasing volume and cost |
|
Lower 40HQ loading capacity |
Glass bodies cannot be stacked or nested, so a 40HQ container holds significantly fewer glass kettle CKD sets than stainless steel |
Conclusion
Glass kettles can absolutely be produced on a CKD line. Moreover, because they do not require spot welding or seaming machines, the production line requires lower investment and has a lower technical barrier. However, special attention must be paid to transport breakage rates and packaging costs – proper protection plans and breakage budgets should be prepared in advance.
