ensun logo
Locations
Company type
Result types
Industries
Employees
Founding year
ReadOX B.V. Logo

ReadOX B.V.

Read-Ox & Consultancy B.V., started in 2001, is specialised in the production of oxygen sensors for the glass industry. Additionally, for the float glass production line we have special oxygen sensors for the tin bath, for inside the molten tin or for in the tin bath protective atmosphere. By supplying innovative oxygen sensors for both melt and atmosphere, Read-Ox is able to offer this measuring technology to the glass industry! Read-Ox' mission is to supply all the types of oxygen sensors needed in the glass industry:. Especially for the tin bath in the float glass production line. Read-Ox' sensors are used for the industrial production of many types of glass, such as:. Read-Ox & Consultancy B.V., started in 2001, is specialised in the production of oxygen sensors for the glass industry. Additionally, for the float glass production line we have special oxygen sensors for the tin bath, for inside the molten tin or for in the tin bath protective atmosphere.

Quick overview

Valkenswaard, Netherlands

Founded in 2001

1-10 Employees

Additional information

Working industry

Glass, Ceramics and Concrete

Type of company

Manufacturer

Ownership structure

Public Company

Locations

1 Headquarter

Number of products

16 Products

Specialised areas

Tailor made sensors for industrial measurements, In-line oxygen and hydrogen activity monitoring, Consultancy on glass melt and tin bath chemistry, Tin melt hydrogen and oxygen monitoring, Glass melt redox monitoring, Atmosphere oxygen and hydrogen monitoring, Glass, Ceramics & Concrete

Products & services of ReadOX B.V.

ReadOX B.V. offers a wide range of products and services

Product: IOSI-01 signal converter - Read-Ox & Consultancy B.V.

Product

IOSI-01 signal converter - Read-Ox & Consultancy B.V.

Go to product >

Product: Development products - Read-Ox & Consultancy B.V.

Product

Development products - Read-Ox & Consultancy B.V.

Go to product >

Product: Tin Bath Hydrogen Sensor - Read-Ox & Consultancy B.V.

Product

Tin Bath Hydrogen Sensor - Read-Ox & Consultancy B.V.

Go to product >

Product: Colour stability - Read-Ox & Consultancy B.V.

Product

Colour stability - Read-Ox & Consultancy B.V.

Go to product >

Product: Seed count and redox state - Read-Ox & Consultancy B.V.

Product

Seed count and redox state - Read-Ox & Consultancy B.V.

Go to product >

Product: Atmosphere Oxygen Sensor - Read-Ox & Consultancy B.V.

Product

Atmosphere Oxygen Sensor - Read-Ox & Consultancy B.V.

Go to product >

Product: 衚面欠陥 - Read-Ox & Consultancy B.V.

Product

衚面欠陥 - Read-Ox & Consultancy B.V.

Go to product >

Product: IOSI-01信号甚コンバヌタヌ - Read-Ox & Consultancy B.V.

Product

IOSI-01信号甚コンバヌタヌ - Read-Ox & Consultancy B.V.

Go to product >

ESG score estimation

An estimation about the ESG values based on digital data and signals. Important: The ESG scores are only based on information about the country, not the actual company itself

Country:

Netherlands


Overall risk estimation:

Very low


ESG country scores

The ESG Data of countries are based on public sources

Environment

A

Grade (A-E)

View details

Social

A

Grade (A-E)

View details

Governance

A

Grade (A-E)

View details

Headquarter of ReadOX B.V.

ReadOX B.V. operates in 1 country around the world

City: Valkenswaard

State: North Brabant

Country: Netherlands

Locations of ReadOX B.V.

Get an overview of the locations of ReadOX B.V.

Location

Country

State

City

Headquarter

Netherlands

North Brabant

Valkenswaard

Frequently asked questions (FAQ) about ReadOX B.V.

Some frequent questions that have been asked about ReadOX B.V.

The company headquarter of ReadOX B.V. is located in Valkenswaard, North Brabant, Netherlands. It's worth noting, that the company may have more locations

As of the latest available information ReadOX B.V. has around 1-10 employees worldwide.

ReadOX B.V. was founded in 2001

The company ReadOX B.V. has it's main focus in the industries of Glass, Ceramics and Concrete

Competitors of ReadOX B.V.

Check out some interesting alternative companies to ReadOX B.V.

Oxigraf Inc.'s Logo

Oxigraf Inc.

Sunnyvale, United States

11-50 Employees

1992

The Oxigraf laser diode oxygen analyzer offers advantages over other gas sensing technologies. Oxigraf’s unique hardware and firmware technology controls the laser diode and gas sample temperatures, scans and integrates the oxygen absorption, removes laser noise, measures the gas sample pressure, and computes the oxygen concentration. Oxigraf expertise relates to the design, assembly, burn-in, and test of laser diode, optical, gas sensor, and gas sampling assemblies. The Oxigraf team includes employees and consultants with expertise in optomechanical and electronic engineering, software development, quality systems, and manufacturing. Oxigraf occupies a 5500 square foot facility in Sunnyvale, California, in the heart of the Silicon Valley. This location allows Oxigraf to tap the expertise and talent available in the high technology center for the USA. The Oxigraf facility includes equipment to assemble and test diode lasers and oxygen sensors. Oxigraf has a quality management system to meet the needs of its customers and to improve management of the company.

Oxsensis's Logo

Oxsensis

South Oxfordshire, United Kingdom

11-50 Employees

2003

Oxsensis produces non-electrical sensor systems that allow airframe and engine manufacturers to monitor pressure, temperature, acceleration, optical position and speed within aerospace systems. The increasing demands made on lower emissions, fuel saving and load flexible combustion systems continue to challenge engine architectures and instrumentation systems.

Raymond Coupland Environmental's Logo

Raymond Coupland Environmental

Newton Aycliffe, United Kingdom

1-10 Employees

-

OX-AN® specialise in the design and manufacture of Gas Detection and Alarm Systems for safety and environmental monitoring applications. We provide Oxygen Depletion Systems, Oxygen Enrichment Systems, Carbon Dioxide Monitoring Systems, Carbon Monoxide Gas Systems and Brownfield Landfill Gas Detection Monitoring Systems. OX-AN’s gas monitoring systems feature a clear indication of a location’s gas safety status by incorporating sets of high brightness LED clusters, zone alarm indication by large 7 segment displays, gas level and engineers function setting on a LCD and a stack of high brightness coloured LEDs for systems status, including system OK, fault, print pending and isolated sensor. In addition, all OX-AN® systems provide the benefits of zoning and indication to Building Management Systems where an event may have occurred. In each laboratory, OX-AN provide sensors for the detection of oxygen depletion from piped Nitrogen and Liquid Nitrogen in Dewar’s along with CO2 monitoring which presents a risk from piped gases and outlets. The Things That Make OX-AN® Systems Different From Other Manufacturers. OX-AN® systems can monitor from 2 to 16 zones. The system is a zoned system which allows individual laboratories to have warning devices activate in that area only, alleviating the requirement to evacuate all the rooms in the event of an alarm event.

Gas Sensing's Logo

Gas Sensing

Hull, United States

1-10 Employees

2009

Gas-Sensing.com was originally founded by Mark Bosma and Joel Leusink, to fill the needs of customers that went beyond just ozone monitoring. Gas-Sensing.com is in partnership with Oxidation Technologies, LLC For information on ozone systems and ozone application information view thier webpage. Gas-Sensing.com is based out of Hull - a small, midwestern town in northwest Iowa. Our purpose is to provide quality gas monitoring products to satisfy all of your safety and control needs! Currently our product offerings include portable monitors, fixed-mount monitors, replacement sensors, accessories and more. Do you see something that is missing from our product line-up? The small-town culture provides a community-oriented atmosphere and fosters a strong work ethic; two factors helpful in growing any business.

Sensorix | Toxic Gas Sensor Manufacturer's Logo

Sensorix | Toxic Gas Sensor Manufacturer

Bonn, Germany

11-50 Employees

2019

Sensorix is a world-leading manufacturer and supplier of electrochemical sensors based in Bonn, Germany. Sensorix manufactures a competitive range of highly selective and high-quality gas sensors for use in safety critical applications. We develop electrochemical sensors for the reliable detection of both “exotic” and “standard” toxic gases such as TEOS, NH3, N2H4, Cl2, ClO2, COCl2, O3, TBM, THT, HCN, F2, HF, H2, H2S and CO. The Sensorix portfolio of electrochemical sensors includes two main product lines – Standard Gas Sensors and Satellix Gas Sensors. All Sensorix standard gas sensors are available in 6 different formats – 4S, 7S, Mini, Classic, Smart and Custom Sensor – making them suitable for most gas detection applications and needs. Sensorix was founded to meet the increasing demand for top-quality gas sensors manufactured in Germany and in the European Union. Sensorix electrochemical gas sensors are the ideal solution for safety-critical applications due to their high stability, selectivity, and fast response time, ensuring optimal reliability:. As an independent supplier, Sensorix can respond promptly and build strong relationships with customers by providing customer-specific service.

Econox SA - Switzerland's Logo

Econox SA - Switzerland

Alle, Switzerland

1-10 Employees

1984

ECONOX is a company that was founded in 1984. From the start, ECONOX has developed and manufactured equipment intended for measuring and regulating heat treatment atmospheres. ECONOX is located in the Swiss Jura, 10 km from the French border. It was only from 2000 that ECONOX really took off. In the field of pottery, the oxygen probes designed by Econox make it possible, for example, to measure the concentration of oxygen in a kiln and, thanks to this, to achieve fuel energy savings (thanks to economical firing ), to obtain reliable enamel colors (by knowing the right level of reduction for each firing) and to reduce pollution in the air (by reducing fuel consumption).