Why You Can’t Put Ice on a Burn and What to Do Instead

A burn injury is caused by exposure to heat, chemicals, electricity, or radiation. When a burn occurs, the immediate reaction for many people is to grab ice. This seemingly helpful action, however, is contrary to medical advice and can lead to complications that worsen the initial injury. Understanding the proper first aid steps is important because the initial minutes following a burn can significantly affect the healing outcome.

The Damage Mechanism: Why Ice Should Never Be Used

Applying ice directly to a burn is discouraged because of the physiological response it triggers in the body. The extreme cold causes a rapid and powerful narrowing of the blood vessels, a process called vasoconstriction. This restriction of blood flow to the injured area is counterproductive to healing.

The goal of burn treatment is to stop the burning process and cool the tissue, not freeze it. By constricting the blood vessels, ice starves the already damaged tissue of oxygen and fresh blood, which are needed for recovery. This lack of circulation can actually deepen the burn injury, transforming a less severe burn into a more serious one. The intense cold also poses a risk of secondary injury, potentially causing frostnip or frostbite.

Because a burn can cause nerve damage, the affected area may already have reduced sensation, making it difficult to feel when the tissue is becoming too cold. Leaving ice on the area for too long increases the risk of cold-induced damage, which can lead to permanent blood flow problems. Treatment should focus on gentle cooling rather than aggressive chilling to prevent additional harm.

Immediate and Proper Cooling Techniques

For minor to moderate burns, the most effective and safest initial treatment is the application of cool, running water. The affected area should be placed under cool or lukewarm running water for a minimum of 10 to 20 minutes as soon as possible after the injury. The continuous flow of running water is superior to soaking because it efficiently removes heat from the wound without causing the temperature to rise as the heat transfers.

After the burn has been thoroughly cooled, the next step is to carefully remove any jewelry or clothing near the burn site. However, if any material is stuck to the skin, it should not be forcibly removed, as this could cause further damage to the exposed tissue.

Once cooled, the burn should be covered to protect it from infection and reduce pain by keeping air off the surface. A sterile, non-adhesive dressing is ideal, but clean plastic wrap, such as household cling film, can be loosely laid over the burn. Do not wrap the plastic tightly around a limb; simply cover the wound to prevent the dressing from sticking to the injury.

If pain persists after the cooling and dressing process, over-the-counter pain relief medications, such as ibuprofen or acetaminophen, can be taken following the manufacturer’s instructions. The correct approach involves using water that is cool, not icy cold, and ensuring the treatment duration is sufficient to stop the burning process.

Assessing Severity and Seeking Medical Attention

Determining the severity of a burn is a necessary step to decide if professional medical attention is required. Burns are commonly classified into degrees based on the depth of tissue damage, with visual cues serving as simple identification markers. A first-degree burn, like a mild sunburn, affects only the outermost layer of skin, the epidermis, causing redness, dryness, and pain, but no blistering.

Second-degree burns extend into the layer beneath the epidermis, the dermis, and are characterized by intense pain, swelling, and the formation of blisters. The skin may also appear red and wet. A third-degree burn, or full-thickness burn, is the most severe, destroying all layers of the skin and sometimes damaging underlying fat, muscle, or bone.

Third-degree burns may appear white, black, brown, or charred, and the area may feel numb because nerve endings have been destroyed. Medical help is required for any third-degree burn, regardless of its size. Urgent care is also needed for second-degree burns that cover a large area, specifically one larger than three inches or the size of the victim’s palm.

Burns located on sensitive areas of the body, such as the face, hands, feet, genitals, or major joints, also require professional evaluation. All chemical or electrical burns require immediate medical intervention due to the potential for unseen internal damage. These types of injuries can be life-threatening and require specialized care beyond standard first aid.