How to choose a mortuary stretcher for special remains?

In special circumstances such as severe burns, chemical accidents, or infections, the body's condition is extremely unique, placing higher demands on body transport equipment. Stretchers made of traditional materials are easily corroded by bodily fluids and chemical residues, and can even cause secondary contamination during transport. The right material and structural design for specialized body transport stretchers can help hospitals, forensic departments, and funeral homes safely and efficiently handle bodies even in extreme circumstances.

Difficulties in Handling Special Body Remains

Burns or high-temperature burns can cause carbonization of tissue, making it prone to detachment.

Chemical accidents often leave highly corrosive or toxic substances.

Viral infections and public health emergencies increase the risk of cross-infection.

Traditional stretchers easily absorb contaminants and are difficult to thoroughly clean and disinfect.

Recommended Stretcher Materials for Special Body Remains

1. Brushed Stainless Steel (304/316)

Advantages: Corrosion resistance, high temperature resistance, smooth surface, and resistance to liquid absorption.

Suitable for: High-risk infectious diseases and chemically contaminated remains.

2. Industrial-grade PE sheet + aluminum alloy edging

Advantages: Acid and alkali resistance, lightweight, and easy to clean.

Suitable for locations with frequent movement and high humidity.

3. Medical-grade composite impermeable coating

A chemical-resistant coating is applied to the stretcher surface to effectively block the penetration of body fluids, disinfectants, and corrosive agents.

Recommended safe transport design

Optional impermeable cushioning reduces direct friction with the body.

Replaceable or disposable cover fabric

Equipped with a disposable body bag to prevent cross-infection.

Universal casters and a foot brake system provide stability and maneuverability, suitable for confined spaces.

Handling remains in extreme environments is not only a technical challenge but also a matter of personnel safety and hygiene. Choosing a professional, corrosion-resistant or chemical-resistant stretcher is crucial for any professional organization to enhance their emergency response capabilities.