Aquacel® Silicone Adhesive with Border Silicone Foam Dressing, 7 x 7 Inch, 1 Box of 10 Rx 8 x 8 inches MSHQ-S25212BRP Ships From:United States DOVER URINE LEG BAGS Jobst Relief 30-40 Knee-Hi

8 x 8 inches

Unlike other tee adapters that require potentially hazardous breaks in the system

Concentrated formulations deliver excellent performance for just pennies per diluted gallon

Thigh Hi (Lace Silicone Strap) * Sun Tan * 15 - 20 mmHg * X- Large * Ankle Circimference 11 1/2 - 13 Thigh Circumference 23 5/8 - 32 * Hip Circumference 40 - 65 * Beautifully sheer hosiery Durable long-lasting * Sandalfoot styling * Gradient compression for relief and prevention of venous disease * Therapeutically effective sheer lightweight and fashionable *

Jobst UltraSheer 15-20 mmHg Thigh High Compression Stockings with Silicone Dot Border *Sheer Support hosiery combining style with effective support *Lightweight fashionable appearance *Durable reinforced toe and heel *Seamless circular knitted for a soft silky look and comfortable feel *Nylon and spandex yarns combined with a silicone blend softener for easier donning and comfort *Machine wash in a mesh laundry bag or hand wash with warm water using a mild soap or detergent designed for compression stockings *Hang or lay flat to air dry *66% Nylon 19% Spandex 15% Silicone Latex Free *Large *Natural *15-20 mmHg Moderate Gradient Compression Indication Guide: *Discomfort from spider veins *Relief from minor leg & ankle swelling *Relief from minor edema / lymphedema *Relief of tired aching legs *Relief of leg discomfort during pregnancy *Minor varicose veins *For wear following sclerotherapy *Orthostatic hypotension *Postural hypotension *Helps Prevent DVT (Deep Vein Thrombosis) *HCPCS Code / CPT Code: A6533

Aquacel® Silicone Adhesive with Border Silicone Foam Dressing, 7 x 7 Inch, 1 Box of 10 Rx 8 x 8 inches MSHQ S25212BRP Ships From:United States DOVER URINE LEG BAGS Jobst Relief 30 40 Knee Hi 8 x 8 inches Unlike other tee adapters that require potentially hazardous breaks in the system