© Copyright 2019 Mecanum Inc.

2444 Bonin Sherbrooke (Qc) J1K 1C4, Canada
(819) 346-5666  |  info@mecanum.com
  • Icône sociale YouTube
  • LinkedIn Social Icône

Products

Mecanum offers a series of stand-alone equipments for porous materials characterization to the state-of-the-art. Innovate in your noise control solutions. Bring your Acoustics and Material Laboratories to the top with Mecanum’s advanced technologies.

All our products are designed and manufactured in Canada. They reach the highest standard of quality. We offer on-site installation and training for their optimal use, and an extended guaranty.

 

TUBE – IMPEDANCE AND TRANSMISSION TUBES​

Mecanum tubes, available in three sizes, cover 35 to 6,600 Hz. We customize the tubes to your needs.

 

Our tubes are designed according to ASTM E1050, ISO 10534-2 and ASTM E2611.

 

Optionally, the impedance tubes can be portable and / or high level.

TUBE – HIGH LEVEL IMPEDANCE TUBE

Mecanum’s High level impendace tube is designed to measure the main acoustic indicators of a wide range of acoustical materials from simple foams to complex multilayers including resistive screens and fabrics.

It covers the frequency ranges 300 Hz to 6000 Hz and reach 155 dB.

 

PHI – POROSITY AND DENSITY METER

PHI is specifically designed to measure the open porosity and actual apparent density (vacuum) used in acoustic propagation models in poroelastic materials, such as the Biot, Zwikker or Kosten models.

 

PHI is designed according to the pressure/mass method published in the peer reviewed  Journal of Applied Physics.

SIGMA - STATIC AIRFLOW RESISTANCE METER

SIGMA measures the airflow resistivity and permeability of permeable materials

 

In addition, the SIGMA-X software (designed according to ASTM C522 and ISO 9053) detects the allowable speed range and measures the pressure drop as a function of the air speed.

 

HF SIGMA – HIGH FLOW RESISTANCE METER

The high airflow resistance meter (HF SIGMA) is designed to obtain reliable measurements of the airflow resistance, normalized resistance, resistivity, and viscous permeability in function of flow velocity for a wide range of open cell materials. It automatically detects the appropriate range of airflow speeds and measures pressure drops in function of airflow speed to accurately compute these indicators.

 

QMA – QUASI-STATIC MECHANICAL ANALYZER

QMA, designed according to ISO 18437-5, measures the elastic properties of poroelastic materials that follow the Biot theory. The most frequent frequency range is between 20 to 100 Hz.

ETA – OBERST BEAM

ETA system measures Young’s modulus and damping loss factor based on ASTM E756-05 standard (Oberst beam test technique) of elastic or viscoelastic materials. It can be used for quality control as well as for simulation purposes.

 
 

TOR – ULTRASOUND TORTUOSITY METER

TOR is a unique system that uses the most advanced scientific technologies. It measures the tortuosity and the characteristic lengths of porous materials. The tortuosity measured by the TOR system is reflected in the scientific work of Johnson, Koplik and Dashen. This parameter corresponds to the structural factors defined in Biot theory and in Zwikker and Kosten's theory on sound propagation in porous media.

 

ACOUSTIC TEST CABIN

Our Acoustic Test Cabin is the perfect solution to quickly and accurately analyze the sound absorption and transmission loss on medium-sized samples.

 
 

FPS – FABRIC PERMEABILITY SYSTEM

FPS, an essential equipment for the textile industry, which is designed according to ISO 9237, measures air permeability of woven and non-woven fabrics, textiles, and perforated plates. This product includes a verification orifice plate with a verification chart according to ISO 5167-2 as well as the FPS-X software that fully controls the measurement.

ACCESSORIES

If the products presented below do not respond directly to your request, we will be pleased to design and develop the necessary tools.

 

Do you have any concerns regarding the experimental installation of characterization materials? Just join us to tell us your intentions and your plans.