Introduction to Honeycomb Silencers:

Honeycomb silencers can meet certain noise treatment requirements in the application process. Honeycomb silencers belong to a type of fan silencers, because the honeycomb structure of honeycomb silencers is helpful for reducing noise, and their own characteristics are also worth purchasing for users. The eliminator can meet the noise reduction requirements of various parameters such as boiler exhaust to air, safety valve exhaust, and boiler air supply fan. It is also used for boiler steam emissions and other gas emissions in industries such as petroleum, chemical, metallurgical, and textile, making it meet the noise standards of industrial enterprises. The high wind resistance honeycomb muffler adopts a chamber resistant adhesive straight pipe channel and a cross shaped sound-absorbing plate form, thereby ensuring sufficient noise reduction within a wide frequency band range. The muffler structure is composed of several parallel unit muffler tubes arranged in a row, with holes filled with sound-absorbing materials between the muffler tubes. In order to reduce the radiation sound generated by airflow and shell wall vibration, reinforcement ribs are installed on the outer shell.

The honeycomb muffler is as follows:

1. Adopting a high consumption capacity, the exhaust steam eliminator can reach 15-25 decibels; The safety valve fire extinguisher can reach more than 20 decibels; The fan eliminator can reach around 25 decibels.

2. Small in size, lightweight, easy to install, and easy to maintain.

3. The zxp and zxa series are made of high-quality stainless steel, which has sufficient strength and corrosion resistance.

4. It can fix and absorb the vertical and horizontal thermal displacement of the exhaust pipe, so that the exhaust pipe is not subjected to additional loads due to the installation of the consumer, ensuring the safety of the exhaust pipe under thermal energy operation.

Honeycomb silencer - capable of:

A honeycomb muffler is a type of muffler that divides ventilation ducts into smaller ventilation duct types, effectively increasing the upper limit loss frequency of the muffler. Enable the muffler to have high frequency energy dissipation. Using today's energy absorbing materials, the channel is lined with stainless steel micro perforated plates. According to the area of the selected small channel, a type of duct section can be formed. When the noise of a fan is high, its spectral value often exceeds that of a honeycomb muffler, and for different spectral bands, the requirements for its consumption are also different. For this purpose, this product adopts a resistive structure that suppresses high and frequency noise and an impedance structure that suppresses low and high frequency noise. At the same time, two types of high-frequency and low-frequency elimination zones are used in the resistive channel. To maximize the bandwidth of noise reduction and achieve good results. After the user installs the product as required, its noise limit will not exceed 85-90 decibels.

micropore muffler

A small hole muffler has low frequency broadband noise reduction energy, a small aperture can improve the sound absorption coefficient, a low porosity can increase the width of the sound absorption frequency band, and an orifice plate can change the position of the resonant sound absorption peak. Small hole silencers have strict design, wide absorption frequency band, low resistance loss, high temperature, and long length.

Stainless steel muffler

Classification of stainless steel silencers (steam emission stainless steel silencers, steam emission stainless steel silencers, exhaust stainless steel silencers, exhaust stainless steel silencers, boiler fire exhaust stainless steel silencers, boiler fire exhaust stainless steel silencers, etc.).

Air exhaust muffler

The air exhaust muffler can meet the noise reduction requirements of various sizes of boilers for air exhaust, safety valve exhaust, and boiler supply fans. It is also used for boiler steam emissions and other gas emissions in industries such as petroleum, chemical, metallurgical, and textile.