Kenstar Zenith Heavy Weight Dry Iron 1000W | Non-Stick PTFE Soleplate with Auto Power Cut-Off
Original price was: ₹2,090.00.₹1,200.00Current price is: ₹1,200.00.
Kenstar Zenith 1000W Heavy Weight Dry Iron delivers smooth, wrinkle-free ironing with a non-stick PTFE soleplate, precise temperature control and advanced safety features for everyday convenience.
- Description
- Key Features
- Specifications
- Warranty
- Uses
- Maintenance & Care
Description
The Kenstar Zenith Heavy Weight Dry Iron 1000W is designed to provide effortless ironing with professional-quality results. Equipped with a premium Greblon non-stick coating developed using advanced German technology, it glides smoothly across fabrics for crisp, wrinkle-free clothes. The non-stick PTFE soleplate ensures easy movement while preventing fabric sticking. Its heavy-weight design promotes even heat distribution for superior ironing performance. Featuring a bi-metallic thermostat and thermal fuse technology, the iron offers accurate temperature control for different fabric types. The automatic power cut-off feature enhances safety by preventing overheating and reducing energy consumption. Durable, efficient and easy to use, the Kenstar Zenith Iron is perfect for everyday garment care.
Key Features
Powerful 1000W dry iron
Greblon non-stick coating
Non-stick PTFE soleplate
Heavy-weight design
Smooth fabric gliding
Automatic power cut-off
Bi-metallic thermostat
Thermal fuse protection
Even heat distribution
Suitable for all fabric types
Specifications
Brand: Kenstar
Model: Zenith
Product Type: Dry Iron
Power: 1000W
Soleplate Type: Non-Stick PTFE
Coating: Greblon Non-Stick Coating
Temperature Control: Adjustable Thermostat
Safety Feature: Auto Power Cut-Off
Country of Origin: India
Warranty
2 Years Replacement Warranty
Uses
Ironing cotton clothes
Ironing formal wear
Wrinkle removal
Daily garment care
Home ironing needs
Maintenance & Care
Clean soleplate after cooling.
Use correct temperature settings for fabrics.
Store in a dry place.
Keep power cord untangled during storage.

























