Undercast Padding

Can be used wherever maximum protection and comfort are needed. Use it for horseshoes for sprains, absorbent pads inside chin straps, donuts for hip pointers and A/C contusions and compression strips for shin splints.

Can be used wherever maximum protection and comfort are needed. Use it for horseshoes for sprains, absorbent pads inside chin straps, donuts for hip pointers and A/C contusions and compression strips for shin splints.

Can be used wherever maximum protection and comfort are needed. Use it for horseshoes for sprains, absorbent pads inside chin straps, donuts for hip pointers and A/C contusions and compression strips for shin splints.

Can be used wherever maximum protection and comfort are needed. Use it for horseshoes for sprains, absorbent pads inside chin straps, donuts for hip pointers and A/C contusions and compression strips for shin splints.

Adhesive Felt, 1/8 Thickness, White, 5½ x 2½ yds, 1/bx"

Adhesive Felt, ¼ Thickness, White, 5½" x 2½ yds, 1 rl/bx"

Pressure sores and skin irritations often develop under casts and splints, leading to serious problems. By properly padding, most of these problems can be prevented.

Pressure sores and skin irritations often develop under casts and splints, leading to serious problems. By properly padding, most of these problems can be prevented.

When used with radiation, it is also known as bolus" material. Used in high energy radiation to correct for anatomical irregularities and deliver the prescribed dose to the patient's skin surface and underlying tissues without causing trauma."

When used with radiation, it is also known as bolus" material. Used in high energy radiation to correct for anatomical irregularities and deliver the prescribed dose to the patient's skin surface and underlying tissues without causing trauma."

When used with radiation, it is also known as bolus" material. Used in high energy radiation to correct for anatomical irregularities and deliver the prescribed dose to the patient's skin surface and underlying tissues without causing trauma."

When used with radiation, it is also known as bolus" material. Used in high energy radiation to correct for anatomical irregularities and deliver the prescribed dose to the patient's skin surface and underlying tissues without causing trauma."