Multi-Cavity Baking Molds

G7272 12-Cavity Nonstick Cup Shaped Baking Pan

G7272 12-Cavity Nonstick Cup Shaped Baking Pan

  • G7272 網頁標示.jpg
  • 12-Cavity Nonstick Cup Shaped Baking Pan
  • 12-Cavity Nonstick Cup Shaped Baking Pan
  • 12-Cavity Nonstick Cup Shaped Baking Pan
DETAIL

G7272
12-Cavity Nonstick Cup Shaped Baking Pan

This 12-cavity non-stick round baking pan is designed for both home and professional baking, allowing you to bake multiple round desserts or cupcakes at once with ease.
PTFE non-stick coating ensures smooth unmolding, easy cleaning, and a durable finish.
Product Features:

  • 12-cavity design for baking multiple desserts at once
  • Non-stick coating for easy unmolding and cleaning
  • High-quality carbon steel material for even heat distribution, high temperature resistance, and minimal deformation
  • Suitable for home ovens and bakeries
  • Multi-purpose baking pan for making cupcakes, madeleines, brownies, jellies, etc.

Product Specifications:

  • Model: G7272
  • Material: Steel + PTFE (Polytetrafluoroethylene) coating
  • Coating heat resistance: 230℃
  • Baking pan dimensions: Length 26.5 × Width 35.5 × Depth 3 cm ±3%
  • Single cavity dimensions: Diameter 6.3 / 4.1 cm × Depth 2.7 cm ±3%

NonStick Baking Mold
NonStick Baking Mold
First-time Use Recommendations:
  • Wash and dry.
  • Apply a thin layer of butter or cooking oil to aid shaping and unmolding.
Precautions:
  • Recommended baking temperature ≤ 230°C.
  • Avoid dry heating (heating an empty mold).
  • Use plastic or silicone utensils for unmolding.
  • Do not scratch the coating with sharp metal tools.
  • Do not expose to open flames or electric stoves.
  • Do not put in a dishwasher.
Cleaning and Maintenance:
  • Wash only after the baking mold has completely cooled.
  • Soak any sticky food in the mold to soften it.
  • Hand wash with a soft sponge and neutral detergent.
  • After washing, dry and store in a cool, dry place.
  • For long-term storage, you can dry at 80°C for 5–10 minutes before sealing.
  • Avoid collisions and friction that could damage the coating.