Crowcon T4, Portable Gas Detection In Confined Spaces.
The Crowcon T4 is the latest addition to the range of Crowcon portable gas detectors and provides protection in confined spaces against the four most common gas hazards. These hazards being carbon monoxide, hydrogen sulphide, flammable gases and oxygen depletion.
The many advanced features of the Crowcon T4 include rugged, IP65- and IP67-rated housing offering enhanced reliability in harsh environments, 24 hour safety, long battery life, TWA resume feature and an invertible screen.
All of the above features contribute to a low total cost of ownership and make the T4 portable gas detector the ideal choice for providing protection against hazardous gases.
The positive safety traffic light function gives the user constant assurance that the unit is compliant and operating correctly. This is done by a visual green LED light being illuminated when working correctly and flashing red when the unit needs attention.
Other key features include:
The Crowcon T4 offers users a compact, portable and easy to use solution to gas detection problems and the one button function means the detector can be used when wearing gloves.
These features make the T4 perfect for applications in industries including oil and gas, petrochemical, wastewater and processing plants.
The quick view function of the Crowcon T4 enables the configuration details to be easily and quickly viewed even if the device is not powered by quickly pressing the operator button. The device will then emit an audible blip followed by the LED’s to the right of the display flashing red.
Bump testing of portable gas detectors is a vital, regular test that ensures the device is performing as intended. The OSHA defines a bump test as “a qualitative function check in which a challenge gas is passed over the sensor(s) at a concentration and exposure time sufficient to activate all alarm settings.”
It is recommended to bump test your portable gas detector daily before each use.
Crowcon T4 Gas Detector The Complete Solution
Crowcon T4 TWA Resume
When operating most portable gas detectors are operated and turned off, the technology will naturally assume that is the end of the shift. When turned back on the data is reset and ignore all previous measurements.
The TWA resume feature from Crowcon takes an average reading of the gas detectors exposure to gases over an eight hour period and ensures time weighted average (TWA) over an entire work shift.
Crowcon T4 TWA Resume Feature
Invertible Screen And Positive Safety Indicator
The Crowcon T4 features an invertible screen along with a positive safety indicator which is a simple ‘traffic light’ indicator. This can provide visual assurance of operational and compliance status for both users and supervisors.
The green light indicator means the detector is working safely and the red light indicator means the detector requires attention before use.
The backlit display provides a large, clear display and the option to invert the screen 180° for a clear view when worn upside down. The Crowcon T4 offers enhanced protection, complies to safety standards and is an extremely cost effective unit that is easy to adopt and maintain.
The features and functionalities of the T4 gas detector provide extraordinary value and is designed for use in industries such as oil and gas, water and wastewater, utilities and steel production plants.
♦ LV Power Products | Junction Boxes & Enclosures ATEX | Plugs ATEX | Control Stations ATEX | Isolators ATEX
Thorne & Derrick | Detecting Flame | Heat | Gas
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ATEX Heaters – Mobile & Portable Hazardous Area Zone 1 & Zone 2 Heating
T&D International are Specialist Distributors of Hazardous Area Electrical Heating Equipment – we distribute Flameproof, Explosion Proof and Intrinsically Safe equipment for Zone 1, 2, 21 and 22 hazardous area heating.
T&D are UK Approved Distributors for leading manufacturers of electric heating equipment for hazardous areas, including EXHEAT, Chromalox and Thermon.
T&D service the global oil, gas and petrochemical industries with heat tracing and electrical process heating equipment – the demand for portable hazardous area heaters includes offshore vessels such as drill ships, jack-up vessels, semi-submersible vessels, offshore barges and floating platforms.
The application of reliable heat is often the only way to repair, remove or install equipment essential to offshore operations. Unfortunately, conventional heating methods (such as gas-fired open flames) and offshore atmospheres are potentially explosive bed-fellows. Sounds exciting in theory but is extremely dangerous in practice.
Hazardous area heaters must foremost be safe to use – certified according to the location, gas group, temperature rating and prevailing potentially explosive atmosphere. Know the Zone and match the certification of portable ATEX heaters for safe provision of heat without any hidden dangers.
For expert technical support in Hazardous Area Heating, Process & Instrumentation equipment selection, please contact T&D.
Additionally, offshore environments present hard-to-reach work sites. The equipment used to generate, apply and control heating must be rugged enough to withstand severe conditions, yet lightweight enough to be easily and cost-effectively transported.
Hazardous area heaters should be compact, powerful, user-friendly and portable.
SA Equip Flexiheat – Portable ATEX Heater (Zone 1 & Zone 2 Hazardous Areas) from Thorne & Derrick on Vimeo.
ATEX Certification : II 2 G c IIB T3 
Ex d e IIB T3 Gb
Portable ATEX Heaters are tough, compact, powerful, user friendly and easily moveable around jobsite.
Versatile : ATEX Heaters are suitable for multiple site configurations
ATEX heaters can be configured to provide rapid heat-up with less ducting in the working area and dramatically reduced downtime.
Multiple heaters reduce downtime considerably with fabric maintenance, paint curing, and composite repair work. A recent client used two ATEX certified heaters coupled side-by-side when carrying out some blasting and painting work on a huge area on the underside of an offshore helideck completing the work task within than an hour rather than the usual full day shift.
Portable ATEX heaters alleviate condensation build-up and dampness during painting works, counteract curing temperature challenges for composite repairs and combat frozen machinery and freezing process pipework.
➡ See also: Electrical Heating In Hazardous Areas – Solutions & Recommendations
Hazardous area heating equipment is classified according to an EU directive introduced to protect people and plant in potentially explosive atmospheres, this hazardous area directive is known as ATEX.
In sweeping terms, there are 3 pre-conditions for the ATEX directive to apply: the equipment a) must have its own effective source of ignition; b) be intended for use in a potentially explosive atmosphere and c) be under normal atmospheric conditions.
The ATEX directive consists of two EU directives describing the type of equipment (electrical and mechanical) and work environments allowed in an area with an explosive atmosphere.
ATEX derives its name from the French title of the 94/9/EC directive: Appareils destinés à être utilisés en ATmosphères EXplosibles.
Naturally, the presence of invisible, inflammable gas or vapour mixtures could pose a serious threat to life where the Explosion Triangle could be triggered. Effective ignition sources in offshore working environments include sparks, open flames and flame arcs – consequently “hot-working” is prohibited offshore without safety working permits (WP’s).
Safety is not taken lightly anywhere in the offshore oil and gas sector and multiple tiers of responsibility prevail to prevent injury, accident or incident.
Take BP as an example.
The Work Permit (WP) must be firstly registered as a Work Order (WO) request and attributed a risk-level by the offshore safety officer reflecting the work task, such as process pipework painting in Zone 1 hazardous areas.
Hot Working – this includes all temporary operations involving open flames or producing heat and/or sparks.
Several levels of authority exist to check and check again that the risk element of any proposed work task in a zoned hazardous area is scrutinised and minimised.
At BP, the Area Authority has responisibility for a given area and the Area Technician has operational responsibility for all activities in a given hazardous area.
Area technicians must measure the content of hydrocarbon gas in potential leakage points – pipework, flanges, seals, outlets etc – in the area around the hazardous area work site, immediately prior to work commencing.
Ultimately, the Offshore Installation Manager (OIM) has the overall responsibility for all activities on the field.
BP carry out a Safe Job Analysis (SJA) – a systematic and step-by-step review of all risk elements implemented prior to a specific task or operation so that all measures can be taken to remove or control any risk elements during the preparation for or performance of the WO request.
For instance, BP stipulate a Work Permit Level 1 is required for all high-risk work – this includes hot work in classified areas, where the classified area is defined as hazardous area Zone 0, Zone 1 and Zone 2 i.e. potentially explosive atmospheres dependent upon the concentration level and time period presence.
The application, planning, designation, administration, preparation and then implementation of “hot-working” permits is clearly complex, time-consuming and costly.
Portable ATEX electric heaters are certified under ATEX directive for safe use in potentially explosive atmospheres without resort to naked flames or hot work permit applications.
ICYMI 🎥 watch part of the new production and hotel platform being fitted as part of Valhall redevelopment #Norway pic.twitter.com/3VUqrPjwrS
— BP (@BP_plc) September 3, 2016
The drying and curing time of paint is affected by ambient temperature and relative humidity.
Low temperatures and excess humidity delays projects, maintenance and repair work – where shutdown periods need to be absolutely minimised to prevent downtime and associated lost revenue. Often painting and coating is subject to rescheduling and rescheduling. Curing takes longer. Costs overrun and deadlines are missed.
Not anymore – portable ATEX heaters with high ingress protection levels are tough, compact, powerful and easy to use whatever the weather. Fully ATEX certified for safe electrical heating in Zone 1 and Zone 2 hazardous area locations. Manufactured from marine grade 316 stainless steel with excellent corrosion resistance to offshore, sea-water atmospheres.
T&D’s portable ATEX heaters with a 15Kw output and powerful airflow (2130m cubed/hour) provides efficient hazardous area heating – ideal for warming enclosed workspaces which are “sheeted-off” for offshore shot blasting and industrial painting of gas compressor stations, tanks, pipework and structures.
Offshore Shotblasting & Painting. Designing-out risk through careful specification of electrical heating that eliminates or minimises danger is a key consideration for offshore multi-disciplined contractors. All thought and effort is geared towards preventing sparks in explosive atmospheres. Portable hazardous area heaters are designed to provide primary or supplementary heating for comfort or freeze protection in hazardous area (Gas or Dust) atmospheres.
Pictured : Zone 1 Paint Shop Containers – this paint shop and storage container manufactured by Trans Construction AS is typically used for storing and mixing paint. The hazardous area paintshop container is insulated to A60 and fully equipped with a mixer bench, storage lockers, ventilation supply and extract system.
Portable ATEX Heaters From Stock – call T&D.
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ABOUT US
Thorne & Derrick International are your single-source supplier of Electrical, Mechanical, Process & Instrumentation Equipment. T&D provide an outstanding service to UK and international customers – we are highly customer responsive and absolutely committed to providing a world-class service.
T&D supply utilities, power, renewable energy, construction, rail, manufacturing, food/beverage, mining, oil, gas and petrochemical industries – distributing 100,000+ products from 100+ manufacturers from multi-million pound stocks. Since 1985 we have established a solid reputation based on service, integrity and trust.
Ashcroft Pressure Gauges – Pressure & Temperature Measurement Instrumentation
Ashcroft was founded in 1852 by Edward Ashcroft and has developed into the world leading designer and manufacturer of pressure gauges used in many applications and industries – their instrumentation gauges were originally designed to protect the steam powered industry at the start of the industrial revolution in Great Britain.
“A world where your people, processes and profits are never at risk because Ashcroft measurement instruments are on the job.”
The Ashcroft vision is cemented by their mission of constantly pushing the limits of innovation to consistently deliver the world’s most trusted pressure gauges and measurement instruments.
Ashcroft pressure gauges provide accurate, reliable performance throughout global process and industrial markets.
The range of Ashcroft Process Pressure gauges includes:
Pressure Gauges
Ashcroft are the leading pressure and temperature instrumentation manufacturer of pressure gauges, test gauges and temperature gauges across all industries.
Ashcroft Pressure & Temperature Instrumentation – 160 Years Of Know-How & Experience
Ashcroft protects assets and personnel in hundreds of countries – here are a few milestones in the Ashcroft company history:
Applications for Ashcroft pressure gauges are extremely diverse with their pressure and temperature instrumentation being used to reduce costs and maintain the highest standards of process safety and environmental protection.
Ashcroft provide process temperature and pressure measurement instruments for industries including oil and gas, offshore, petrochemical, waste water, paper/pulp, renewable energy, power plants and mining/minerals industries.
Call us for Ashcroft Pressure & Temperature Measurement Instruments and Gauges.
Typically, Ashcroft instruments are divided by their application into three categories: 1) industrial and life 2) food and beverage 3) medical services.
Within these areas, there are more specific industries and applications to choose from. All of which is designed to make selecting the correct pressure gauge as simple as possible.
Ashcroft pressure gauges and process instruments are designed to perform in harsh conditions and are often deployed in the the wellhead, offshore rig and shale field – this includes NACE compliant gauges, seals and SIL 3 capable switches.
Ashcroft provide pre-assembled gauges instrument/diaphragm seal combinations to ensure that corrosive caustics will not threaten any operation or personnel.
Within many industries, Ashcroft products provide filtration, pressure, flow and level measurement all requiring precise, continuous monitoring and control whilst also overcoming corrosive media, effluents, solids, vibration and pulsation. Constantly providing accurate measurements that prevent unplanned shutdowns and dangerous conditions.
Within the power industry, Ashcroft pressure gauges are used to help meet the demand for low energy prices, green energy production and a consistent, reliable service. The range of pressure measurement instruments have been developed to help sustain a power plant that is clean burning, efficient and in continuous service.
Ashcroft pressure gauges can monitor pressure levels in harsh environments and control pressure under the most extreme conditions. In hazardous area locations, safety is assured with Ashcroft explosion proof pressure switches certified to international hazardous Class/Division/Zone classifications.
Within the mining industry, Ashcroft products can help control damage before it occurs. Ashcroft focus is to protect lives, plant and equipment and countering everyday hazards that are naturally associated with this industry.
Purpose built pressure gauges for use in hazardous areas and destructive processes are suitable for use when dangerous gases are present and explosive atmospheres are commonplace. Even when monitoring the pressure of medias that are likely to clog a gauge, this can be overcome through an isolation ring, ensuring an uninterrupted process flow with continuously accurate measurements.
Pressure Gauges: NACE SIL ATEX CompliantFolllow Ashcroft on Twitter and LinkedIn for daily updates, new product information and discussions.
Ashcroft Pressure Gauges – Engage On Social Media Social
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Magmeters: Magnetic Flow Sensors for Conductive Fluids
T&D, Metering Specialists.
Magmeters (or magnetic flow meters) from Sika are fluid measurement instruments that are used globally in many processing applications and as a figure make up around 20% of all installations.
The term Magmeter is an amalgamation of the terms magnetic and meter.
The Magmeter is constructed from a non-magnetic flow tube, electrodes, liner and electromagnets to generate a magnetic field. These magnetic flow meters are used to typically measure fluid and flow rate which must be a conductive fluid.
As a rule, the minimum conductivity level of a fluid to measured with a Magmeter is 5 microS/cm.
Magmeter Inductive Flow Measurement Instruments
Magmeters are generally used because of their obstruction less design, linear signal output, high levels of accuracy and corrosion resistant wetted components. As there are no moving components throughout the flow meter there is nothing to cause an obstruction and therefore the pressure drop through the meter is virtually zero.
In addition to there being no pressure drop, the lack of moving parts also results in there being no wear on the magnetic flow meter throughout its lifetime.
The Magmeter contains an electromagnetic coil that produces the magnetic field that usually surrounds the outside of the non-magnetic pipe called the flow tube. An alternating current passes through the coils generating a magnetic field inside the flow tube.
The liquid being measured then passes through the flow tube perpendicular to the plane of the magnetic field that has been created. Typically a metal meter body is manufactured from 304 stainless steel that has strong non-magnetic properties allowing the magnetic field to pass through the meter body into the pipe area and therefore provide the flow signal.
The insulated liner that is installed in between the meter body and the electrodes is used to prevent the flow signal from being shorted-out as the voltage developed across the electrodes is generally a few millivolts in power.
There are 3 Magmeters available in the series of magnetic flow measurement instruments – Sika VMI, VMZ and VMM.
Each Magmeter has been manufactured for different application and developed specifically for individual applications.
SIKA: Variable flow meters determine the volume flow of liquids or gases in pipelines.
Magmeters are often used in applications where the media being monitored is harsh i.e sludge, sewage or other similar liquids. The magmeter is preferred due to its non-intrusive design, reliability, low maintenance and accuracy.
Magmeters have a larger range of flow than traditional meters however despite the rugged design and simplicity of use, there are still factors that can be incorporated to improve the performance of your electromagnetic flow meter.
Due to its robust, strong metal housing and stable process connections, the Sika VMI Magmeter is particularly suited to applications within mechanical engineering and plant construction. The
VMI Magmeter – Electromagnetic Flow Sensor
design of the VMI means it is also suitable for use at high temperatures and high process pressures. In addition, the instrument can be supplied in three different sizes: VMI 07, VMI 10 and VMI 20.
The specifications of each flow meter varies:
VMI 07 Magmeter – Nominal diameter DN 7 Flow range 1…20 l/min
VMI 10 Magmeter – Nominal diameter DN 10 Flow range 2…40 l/min
VMI 20 Magmeter – Nominal diameter DN 20 Flow range 10…200 l/min
The Sika VMZ Magmeter is a magnetic inductive flow meter for electrically conductive liquids that has been designed specifically for original equipment manufacturer (OEM) applications. The VMZ
VMZ Magmeter – OEM Applications
incorporates plastic components that are cost optimsed resulting in a lightweight design that it is available in six flow ranges.
The specifications of the VMZ magmeters are:
VMZ 030 Magnetic flow meter – Nominal diameter DN 3 Flow range 0.1…2 l/min
VMZ 081 Magnetic flow meter – Nominal diameter DN 8 Flow range 0.25…5 l/min
VMZ 082 Magnetic flow meter – Nominal diameter DN 8 Flow range 1…20 l/min
VMZ 153 Magnetic flow meter – Nominal diameter DN 15 Flow range 2.5…50 l/min
VMZ 204 Magnetic flow meter – Nominal diameter DN 20 Flow range 5…100 l/min
VMZ 205 Magnetic flow meter – Nominal diameter DN 20 Flow range 10…200 l/min
The Sika VMM magnetic flow meters are suitable for use in harsh ambient conditions due to their robust design and construction. The steel construction is fully welded and therefore has great resistance to any potential interference.
VMM Magmeter – Compact Electro Magnetic Flow Sensor
The range of Sika VMM Magmeter nominal diameters cover fluid measurement requirements from medium flow rates right up to 10 m/s. The sensors are manufactured from high quality materials and provide solutions to numerous application possibilities.
The specifications of the nine variations of the VMM Magmeter are:
VMM32 Magnetic Inductive Flow Sensor – Nominal diameter DN 32 Flow range 0.25…10 m/s 0.72…29 m³/h
VMM40 Magnetic Inductive Flow Sensor – Nominal diameter DN 40 Flow range 0.25…10 m/s 1.15…45.2 m³/h
VMM50 Magnetic Inductive Flow Sensor – Nominal diameter DN 50 Flow range 0.25…10 m/s 1.8…70.7 m³/h
VMM65 Magnetic Inductive Flow Sensor – Nominal diameter DN 65 Flow range 0.25…10 m/s 3…119.5 m³/h
VMM80 Magnetic Inductive Flow Sensor – Nominal diameter DN 80 Flow range 0.25…10 m/s 4.5…181 m³/h
VMM100 Magnetic Inductive Flow Sensor – Nominal diameter DN 100 Flow range 0.25…10 m/s 7…282.7 m³/h
VMM125 Magnetic Inductive Flow Sensor – Nominal diameter DN 125 Flow range 0.25…10 m/s 11…441.8 m³/h
VMM150 Magnetic Inductive Flow Sensor – Nominal diameter DN 150 Flow range 0.25…10 m/s 16…636.2 m³/h
VMM200 Magnetic Inductive Flow Sensor – Nominal diameter DN 200 Flow range 0.25…10 m/s 28…1131 m³/h
Sika VMM Magmeters are available as either a compact or separate type installation – compact Magmeters are supplied as a complete unit whereas separate flow sensors are supplied in multiple sections.
Sika Separate & Compact Magmeters
➡ Kamstrup Heat Meters For District Heating Utilities – 5 Kamstrup Metering Studies
➡ RHI Heat Meters – A Compliant Guide From RHI For MID Class 2 Heat Meters
➡ Rotary Gas Meters – Selection of Common CGR Gas Meters
Thorne & Derrick – Metering & Measurement Specialists. Gas, Heat & Water Meters for Commercial & Industrial Applications.
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ABOUT US
Thorne & Derrick International are your single-source supplier of Electrical, Mechanical, Process & Instrumentation Equipment. T&D provide an outstanding service to UK and international customers – we are highly customer responsive and absolutely committed to providing a world-class service.
T&D supply utilities, power, renewable energy, construction, rail, manufacturing, food/beverage, mining, oil, gas and petrochemical industries – distributing 100,000+ products from 100+ manufacturers from multi-million pound stocks. Since 1985 we have established a solid reputation based on service, integrity and trust.
NHS Estates together with manufacturers of TMV’s (thermostatic mixing valves) co-operated to establish a Third Party Certification scheme (TMV3 Scheme) – the Scheme tests and certifies TMV’s for enhanced thermal performance and shut-off for specific applications as described in the NHS Estates Model engineering Specification D08.
An installed approved mixing valve will only be regarded as continuing to satisfy the requirements of the TMV3 Scheme providing the supply conditions, commissioning and in-service test requirements are as stipulated by manufacturers of the valve.
BuildCert approves two categories of Thermostatic Mixing Valves; TMV2 and TMV3. The different valve types are shown below.
TMV3 approval is for thermostatic valves for use in Healthcare and Commercial situations. It certifies that the valves it approves conform to the performance requirements of NHS specification D 08.
Types of valves:
1.1. Pre-approval requirements
The BuildCert approval Scheme requires the following as a pre-requisite for approval.
Manufacturers of Thermostatic mixing valves can demonstrate compliance with the BuildCert quality requirements by supplying the Scheme with a copy of a valid ISO 9001 certificate and scope of accreditation or an approved quality system. Where this cannot be supplied a quality audit will be conducted by the scheme to verify compliance with the requirements of the Scheme.
A Primary factor is a company/individual who does not manufacture the valve but distributes a certified valve under his own trade name, the product having only cosmetic changes. An approval for the primary factor is sometimes referred to as a piggyback approval.
1.2. Recommended maximum mixed water outlet temperatures TMV3
The BuildCert/TMV Scheme recommends the maximum mixed hot water temperatures for safe use for the installations below.
1.3. Operating conditions
Type 3 Thermostatic Mixing Valves are suitable for use when the hot and cold water supplies to the valves are within the limits specified for each operating range and where the mixed water temperature is set during commissioning at the appropriate temperature for its intended use (designation) see table below.
Only thermostatic mixing valves with no user-accessible adjustment of the mixed water temperature should be used where more than one outlet may discharge simultaneously when operated by more than one user at the same time.
Type 3 Thermostatic mixing valves having user-accessible adjustment may not be used for supplying two different maximum mixed water temperatures, e.g.
Shower/Bath Mixers unless the movement of the diverter mechanism or some other device will automatically adjust the temperature to the maximum mixed water temperature allowed for that mixed water outlet.
The maximum nominal size of mixing valves covered by this standard is DN25.
| Conditions For Normal Use | ||
| High Pressure | Low Pressure | |
| Maximum Static Pressure | 10 bar | 10 bar |
| Flow Pressure, Hot & Cold | Between 1.0 and 5.0 bar | Between 0.2 and 1.0 bar |
| Hot Supply Temperature | Between 52ºC and 65ºC | Between 52ºC and 65ºC |
| Cold Supply Temperature | Between 5ºC and 20ºC | Between 5ºC and 20ºC |
1.4. Designation
Some valves will be suitable for a number of purposes (or across a range of designations).
| Designation Codes | ||
| HP-B | High Pressure | Bidet – Maximum Temperature 38ºC |
| HP-S | High Pressure | Shower – Maximum Temperature 41ºC |
| HP-W | High Pressure | Washbasin – Maximum Temperature 41ºC |
| HP-T44 | High Pressure | Bath with fill temperature up to 44ºC |
| HP-T46 | High Pressure | Bath with fill temperature up to 46ºC (Assisted bathing) |
| HP-D44 | High Pressure | Bath with fill temperature up to 44ºC and shower up to 41ºC |
| HP-D46 | High Pressure | Bath with fill temperature up to 46ºC (Assisted bathing) and shower up to 41ºC |
| LP-B | Low Pressure | Bidet – Maximum Temperature 38ºC |
| LP-S | Low Pressure | Shower – Maximum Temperature 41ºC |
| LP-W | Low Pressure | Washbasin – Maximum Temperature 41ºC |
| LP-T44 | Low Pressure | Bath with fill temperature up to 44ºC |
| LP-T46 | Low Pressure | Bath with fill temperature up to 46ºC (Assisted bathing) |
| LP-D44 | Low Pressure | Bath with fill temperature up to 44ºC and shower up to 41ºC |
| LP-D46 | Low Pressure | Bath with fill temperature up to 46ºC (Assisted bathing) and shower up to 41ºC |
| Key | ||
| B – Bidet, S – Shower, W – Washbasin, T – Tub (Bath), D – Diverter, HP – High Pressure, LP – Low Pressure | ||
Thermostatic Valves, Taps & Showers From Thorne & Derrick, contact us.
The following points are to be included in Installation and Maintenance (I&M) Documents.
Click HORNE TMV’s for complete specifications, product data, installation guidelines and ordering information about Thermostatic Mixing Valves.
➡ See also: Mixing Valves – How Do Thermostatic Mixing Valves (TMV’s) Work?
Thorne & Derrick are inviting you to join LinkedIn’s fastest growing Discussion Group – Process & Hazardous Area Industries : Heat Tracing, Gas Detection, Fluid Control & Flow Measurement. News, projects, videos, promotions, whitepapers, jobs, webinars, press plus much more.
ABOUT US
Thorne & Derrick International are your single-source supplier of Electrical, Mechanical, Process & Instrumentation Equipment. T&D provide an outstanding service to UK and international customers – we are highly customer responsive and absolutely committed to providing a world-class service.
T&D supply utilities, power, renewable energy, construction, rail, manufacturing, food/beverage, mining, oil, gas and petrochemical industries – distributing 100,000+ products from 100+ manufacturers from multi-million pound stocks. Since 1985 we have established a solid reputation based on service, integrity and trust.
Published 13 Mar 2020
Press Release Date: 02.04.2020 uploaded by Chris Dodds (T&D Sales + Marketing Manager) World’s First Fully Certified ATEX Doors Thorne & Derrick International, the Experts in Equipment for Explosive Atmospheres, today announce the signing of a Commercial Distribution Agreement...
Published 04 Jul 2019
Press Release Date: 04.07.2019 uploaded by Chris Dodds (T&D Sales + Marketing Manager) Category: Stockist Distributor Agreement Announcement Thorne & Derrick International announce that they have signed a Preferred Distributor Agreement with Raytec, the world leading manufacturer of LED...
