JOBST UltraSheer Sensitive Thigh High | 30-40mmHg

JOBST UltraSheer Sensitive Thigh High 30-40mmHg

The JOBST UltraSheer Sensitive Thigh High 30-40mmHg combines a fashionable sheer appearance with firm graduated compression and a comfortable sensitive top band. Made with soft, lightweight materials and an advanced knitting structure, these thigh-high stockings provide consistent compression while maintaining a smooth, discreet look for everyday wear.

Designed for people who require firm 30-40mmHg graduated compression, the stockings provide targeted compression from the foot up to the thigh to help support healthy circulation and manage leg swelling and oedema.

Features:

• Sheerness. Elegant sheer fabric provides a discreet appearance that complements everyday clothing.

• Comfort. Soft, lightweight materials provide a comfortable feel against the skin.

• Sensitive Top Band. Designed to provide a secure and comfortable fit around the thigh.

• Graduated Compression. Provides firm compression that gradually decreases up the leg.

• Advanced Knitting Structure. Designed to provide consistent compression and a comfortable fit.

• Thigh High Design. Provides compression further up the leg compared with knee-high stockings.

• Everyday Wear. Discreet styling makes them suitable for regular use.

Firm Compression (30-40mmHg):

• Leg swelling and oedema

• Chronic swelling where firm compression has been recommended

• Venous conditions requiring firm compression

• Tired, heavy or aching legs where compression therapy is appropriate

• Leg swelling associated with prolonged standing or sitting

• People requiring compression extending above the knee

Material:

Please refer to the product packaging or manufacturer's specifications for the current material composition.

Care Instructions:

Follow the manufacturer's care instructions supplied with the garment. Generally, compression stockings should be washed regularly using a mild detergent and allowed to air dry. Avoid fabric softeners, bleach and excessive heat, as these may affect the compression fibres and garment performance.