Emergency Equipment
K-SB60 Isolated chemical oxygen self-rescuer (export type)
K-SB60 Isolated chemical oxygen self-rescuer (export type)
K-SB50 Isolated chemical oxygen self-rescuer (export type)
K-SB50 Isolated chemical oxygen self-rescuer (export type)
K-SB40 Isolated chemical oxygen self-rescuer (export type)
K-SB40 Isolated chemical oxygen self-rescuer (export type)
K-SB30 Isolated chemical oxygen self-rescuer (export type)
K-SB30 Isolated chemical oxygen self-rescuer (export type)
ZL60 Mining Filter Self-rescuer(Export-type)
This respiratory protection device is designed to convert carbon monoxide present in the air into harmless carbon dioxide at room temperature, using a catalytic process. It is suitable for use in environments where the oxygen concentration is at least 18% and the carbon monoxide level does not exceed 1.5%. The device is intended for personal, portable escape use and meets the performance standards outlined in the European EN404:2005 regulation.
RHZK6.8 Positive pressure air breathing apparatus
A positive-pressure air respirator uses compressed air as its air source, passing through a series of devices that reduce the high-pressure air from the cylinder and deliver it to the mask—ensuring the wearer receives clean, safe air for breathing.
HYZ2 Isolated Positive Pressure Oxygen Breathing Apparatus
The product uses an airbag as a gas storage device, leveraging the flexibility of the airbag's material to store and release gas by dynamically adjusting its volume according to the internal gas pressure.
HYZ4 Isolated Positive Pressure Oxygen Breathing Apparatus
The product uses an airbag as a gas storage device, leveraging the flexibility of the airbag's material to store and release gas by dynamically adjusting its volume according to the internal gas pressure.
HYZ4(C) Isolated Positive Pressure Oxygen Breathing Apparatus(Cabin type)
The product uses a breathing chamber as its gas storage device, leveraging the flexibility of the pleated rubber inside the chamber. As the gas pressure within the chamber fluctuates with each breath, the chamber’s volume expands and contracts, enabling both gas storage and supply functions.
