Short Girdle Boxer Lace Shades - Nude
Short Girdle Boxer Lace Shades - Nude
Plié Shades is the perfect balance between innovation and sophistication. The extra fine fabric, used in a double way, guarantees an immediate modeling effect with greater compression and total comfort. The exclusive fins have been developed so that the garment does not roll up and to maintain its impeccable posture and the different compression points have been studied to gently sculpt its contours. To involve all this technology with feminine sensibility, Plié Shades still has shine and a satin touch, in addition to lace and colors that definitely transform modeling lingerie into pieces of absolute desire.
SIZE (Without Bulge) |
Bust (cm) | Waist (cm) | Hip (cm) |
PP | 72 - 76 | 54 - 58 | 78 - 82 |
P | 76 - 84 | 58 - 66 | 82 - 90 |
M | 84 - 94 | 66 - 76 | 90 - 100 |
G | 94 - 110 | 76 - 92 | 100 - 116 |
GG | 110 - 126 | 92 - 112 | 116 - 130 |
G1 | 126 - 136 | 112 - 140 | 132 - 146 |
SIZE (with bulge) |
Bust (cm) | Waist (cm) | Hip (cm) |
42 | 80 - 88 | 62 - 70 | 86 - 94 |
44 | 88 - 96 | 70 - 78 | 94 - 102 |
46 | 96 - 106 | 78 - 88 | 102 - 112 |
48 | 108 - 118 | 90 - 102 | 114 - 124 |
PRODUCT HIGHLIGHTS:
- Butt up effect
- High piece, below the breasts
- It has exclusive fins so that the piece does not roll up
- Double fabric in the abdomen area
- Prevents friction between the legs
- Enhances the waist and reduces measurements of the abdomen and culottes
- Improves posture and supports the lower back
- Lace brings sensuality to your shapewear, without marking the legs
- Glossy fabric with satin touch
- Extra compression
- Greater elasticity and extra fine fabric
- Hydrophilic treatment allows the skin to breathe freely in total comfort
Composition:
68% polyamide, 30% elastane and 2% cotton
When dressing, avoid contact with accessories that can pull threads. We always recommend buying a size larger than usual.
*This product does not have filling. Model Measurements:
Bust: 92cm Waist: 74cm Hips: 102cm Height: 1.60m
Note: The model wears size M of this model