| Recommended gender |
Unisex
|
|---|---|
| Recommended age (min) |
6 Months
|
| Product colour |
Multicolour
|
| Dishwasher proof |
Yes
77% have it
|
| Microwave proof |
Yes
59% have it
|
| Product type |
Baby Feeding Set
|
| Package weight |
560 G
|
|---|---|
| Package depth |
21 Cm
|
| Package width |
20 Cm
|
| Package height |
4.5 Cm
|
| Quantity per pack |
6 Pcs
|
|---|
The Eascrozn Silicone Feeding Set represents a highly functional approach to infant self-feeding and baby-led weaning. Fabricated entirely from premium, BPA-free food-grade silicone, this tableware suite resists degradation from thermal cycles, making it entirely compatible with microwave heating, refrigerator storage, and high-temperature dishwasher sanitation. The structural integrity of the silicone ensures that the components retain their shape and elastic properties over extended use, avoiding the cracking or chipping hazards associated with traditional plastic or ceramic infant dishware.
From an ergonomic standpoint, the divided plates are engineered with a robust integrated suction base that anchors securely to flat surfaces, effectively mitigating the risk of tipping and accidental spills. The high, curved interior walls of the plate partitions are geometrically optimized to assist developmental scooping motions, allowing toddlers to isolate and capture food with greater ease. Crucially, the accompanying spoons and forks are designed with wide, textured handles that accommodate the palmar grasp of young infants, while integrated safety collars prevent over-insertion and gagging during early self-feeding attempts.
In terms of daily maintenance and practicality, this set excels by streamlining cleanup and food preparation. The non-porous nature of the silicone surface prevents stain absorption and minimizes bacterial retention, ensuring a hygienic dining environment. For parents navigating the developmental transition to solid foods, this comprehensive bundle provides a reliable, chemical-free, and highly durable toolkit that fosters motor skill progression and dietary independence.