Bespoke Hose Designs | 40+ Years Experience from Process Heating Specialists
When it comes to maintaining the safe and efficient transfer of liquids or gases in extreme conditions, a heated hose is an indispensable tool. Designed to ensure media temperature stability, heated hoses are essential in industries where process reliability and product integrity are paramount.
Whether you’re transporting adhesives, water, chemicals, food-grade materials, or gas, a heated hose prevents blockages, freezing, and viscosity changes — all of which can seriously disrupt operations.
A heated hose is a flexible, insulated hose that incorporates an integrated heating element. This heating cable runs along the hose, controlled by thermostats or external temperature controllers to maintain the desired setpoint.
Heated Hose Components:
Inner Hose: Typically made of PTFE, silicone, or stainless steel for chemical resistance
Heating Element: Eltherm’s cutting-edge technology ensures even heat distribution
Insulation Layer: Prevents heat loss and ensures efficiency
Outer Jacket: Durable and resistant to weather, chemicals, and mechanical stress
Industrial operations often rely on precise temperature control to ensure product integrity, efficiency, and safety. Heated hoses are used across various sectors:
Manufactured by Eltherm, a global leader in electrical heat tracing, our heated hoses are engineered to the highest German quality standards. Known for reliability and innovation, Eltherm hoses deliver:
Temperature range: Ensure the hose supports the necessary operating temperature
Chemical compatibility: The inner tubing material must resist corrosion or degradation from the media
Length and flexibility: Choose a length and bend radius suitable for your setup
Certifications: Look for compliance with industry standards (ATEX-certified options for explosive atmospheres)
Heated hoses are more than just a winter solution—they’re a vital piece of equipment for maintaining operational efficiency and product quality in a wide range of industrial applications. Investing in the right heated hose can lead to fewer stoppages, less waste, and greater control over your process.
As an official distributor of Eltherm products, Thorne & Derrick provides expert support and a comprehensive range of heated hoses for both liquid and gas applications. We work closely with clients to specify the exact hose configuration for your needs, including temperature requirements, pressure ratings, and fitting.
Not sure which heated hose is right for your application? Get in touch with our specialists — we’ll guide you from specification to installation.
Competitive Pricing | UK Heat Trace Stockist & Supplier | Industrial & Hazardous Areas
At Thorne & Derrick, we understand that heat tracing plays a critical role in many industries, ensuring the safety and efficiency of processes by preventing freezing, regulating temperatures, and safeguarding equipment. However, like any industrial system, trace heating can present its challenges, ranging from improper installation and poor maintenance to energy inefficiencies and safety risks. Fortunately, with our comprehensive range of products and expert services, we’re well-equipped to address these challenges head-on.
In this blog, we’ll walk you through some of the most common challenges in heat tracing applications—and how our solutions help clients overcome them to ensure maximum performance and reliability.
Improper installation of heat tracing systems is one of the most frequent challenges. Incorrect cable placement, poor terminations, or choosing the wrong type of system can lead to uneven heat distribution, overheating, or system failure.
How We Help:
Product Selection Support: We provide expert advice to ensure that the right products—whether cables, controllers, or accessories—are selected based on your specific needs. Our team works closely with you to make sure the system is tailored to your application.
Training & Installation Guidance: Our experts offer on-site support and training to your installation teams, ensuring cables are spaced correctly, terminations are properly done, and all connections are safe and secure.
Regular maintenance and inspection are key to keeping trace heating systems running smoothly. Over time, heat trace cables can become damaged, and components may degrade, which can impact the overall performance of the system.
How We Help:
Spare Parts & Components: We provide a wide variety of high-quality replacement parts such as cables, thermostats, and sensors, so you can quickly address any issues and ensure the reliability of your systems.
Preventive Maintenance Kits: We offer tools and diagnostic equipment to help you carry out regular inspections and proactive maintenance, minimizing the risk of system failure before it impacts operations.
If your trace heating system is either overheating or underheating, it can lead to equipment damage or operational inefficiencies. Overheating can cause insulation degradation, while underheating may fail to protect pipes from freezing in colder conditions.
How We Help:
Advanced Temperature Controllers: Our precise control systems allow for accurate regulation of your trace heating system, ensuring temperatures remain within the desired range and preventing overheating or underheating.
Self-Regulating Cables: We offer self-regulating cables that adjust their heat output based on the temperature of the surface they are attached to, ensuring consistent and energy-efficient heating.
Heat Trace Systems rely on sensors and thermostats to regulate temperature. When these components malfunction, your entire system can be thrown off balance.
How We Help:
Integrated Control Solutions: We offer advanced control panels and monitoring systems to keep your trace heating system running smoothly. These solutions prevent failures by providing real-time monitoring, enabling immediate action if something goes wrong.
Remote Monitoring & Alerts: For added convenience, our remote monitoring solutions allow you to track the performance of your trace heating system from anywhere, ensuring that potential issues are caught before they lead to system downtime.
These systems are often energy-intensive. Without optimisation, they can drive up operational costs, leading to higher electricity bills.
How We Help:
Energy-Efficient Products: We provide energy-efficient solutions, such as self-regulating cables and smart controllers, to help reduce energy consumption and lower your operational costs.
Cost-Effective Solutions: With a wide range of trace heating products available, we ensure that you can find the most cost-effective solution that meets your performance needs and fits within your budget.
Trace heating systems in harsh environments—such as offshore platforms or chemical processing plants—can be exposed to corrosive elements, aggressive weather, or chemicals. These factors can degrade the cables and components over time.
How We Help:
Corrosion-Resistant Products: We supply trace heating cables and components made from durable materials designed to resist corrosion, ensuring your systems last longer in harsh conditions.
Hazardous Area Equipment: For applications in explosive or hazardous environments, we offer certified trace heating solutions that meet ATEX and IECEx standards, ensuring both safety and durability.
They must comply with various safety regulations and standards. Non-compliance can lead to safety hazards or costly legal issues.
How We Help:
Safety-Certified Products: All of our trace heating products meet the latest industry standards and regulations, including ATEX and IECEx certifications, ensuring that your systems are both safe and compliant.
Documentation & Certification: We provide full product certification and installation documentation to help you meet regulatory requirements with ease.
In cold environments, systems are often used to prevent freezing in pipes and vessels. If these systems fail to maintain the required temperature, it can lead to costly damage, downtime, and even safety risks.
How We Help:
Freeze Protection Systems: We offer specialised solutions designed to prevent freezing in pipes, keeping your systems operational even in extreme temperatures.
Flow Assurance: Our heating solutions help prevent blockages caused by solidified fluids, ensuring smooth operation and minimising downtime.
When retrofitting older systems, compatibility issues can arise, especially when trying to integrate new components with legacy infrastructure.
How We Help:
Retrofit Solutions: We offer flexible trace heating products that are easy to integrate into existing systems. Whether upgrading or expanding, our solutions are designed to work with your legacy equipment.
Custom Solutions: Our team can customise to meet the unique requirements of your existing infrastructure, making the retrofit process easier and more efficient.
Integrating trace heating with other industrial systems, like HVAC or process heating, can sometimes lead to compatibility problems, affecting the overall performance of your operation.
How We Help:
Custom Integration Solutions: We specialise in providing systems that integrate seamlessly with other systems, ensuring smooth operation and minimising disruptions.
Expert Guidance: With our extensive industry experience, we offer expert advice to ensure that your trace heating system is compatible with existing processes and automation systems.
As businesses continue to focus on sustainability, reducing the environmental impact of industrial operations is more important than ever.
How We Help:
Sustainable Solutions: Our energy-efficient trace heating products are designed to help reduce energy consumption, making your operations more sustainable and cost-effective.
Recyclable Materials: We offer trace heating components made from recyclable materials, helping your business reduce its carbon footprint.
The cost can be a concern, especially for large-scale installations or retrofitting projects.
How We Help:
Competitive Pricing: We offer products at competitive prices, ensuring that you can find the right solution within your budget.
Long-Term Value: Our high-quality, durable products are designed to minimise the need for frequent replacements, providing excellent long-term value.
At Thorne & Derrick, we understand the complexities and demands of certain heat tracing applications and are dedicated to helping our clients overcome challenges with confidence. Trace heating systems are essential to the safety, efficiency, and reliability of operations across numerous industries—but only when installed, maintained, and managed correctly.
Whether you’re planning a new installation, upgrading legacy infrastructure, or looking to optimise performance, our team is ready to help you unlock the full potential of your trace heating system.
Get in touch with us today to discover how we can help you achieve safer, more efficient, and compliant operations.
In recent years, the cost of trace heating systems has continued to rise — particularly with well-known market leaders. For engineers, specifiers, and procurement professionals under increasing budget constraints, this presents a challenge: how to maintain system performance, safety, and compliance without escalating costs.
Whether you’re planning a new installation or reviewing procurement options, we can support you with detailed technical specs, design assistance, and competitive pricing that makes sense for your project and your budget.
At Thorne & Derrick, we believe that you shouldn’t have to compromise on quality to control your budget. We work closely with our clients across industries who are looking for a better balance of value and performance. That’s why we’re highlighting Eltherm, German-engineered trace heating solutions that offer technical equivalence to market leaders, with the added benefit of greater cost-efficiency.
Eltherm is a globally trusted manufacturer offering high-performance heat trace systems designed for frost protection, process temperature maintenance, and critical process applications across a range of industries. Built for reliability in demanding conditions, Eltherm systems meet and often exceed international standards.
Key benefits include:
Technical performance equal to market leaders
Full compliance with ATEX, IECEx, and international safety standards
Custom-engineered solutions for complex or hazardous applications
Significant cost savings without compromise on quality or lifespan
Whether you’re planning a new build, retrofitting an existing facility, or simply exploring options beyond the usual names, Eltherm is a smart choice backed by proven results in oil & gas, chemical processing, utilities, and industrial manufacturing.
With over four decades of experience, Thorne & Derrick has supplied and supported trace heating systems across the UK and international markets. Our in-house technical experts provide tailored design support, installation guidance, and product specification across a wide range of sectors — including energy, utilities, manufacturing, and process industries.
We don’t just supply equipment — we support your project from concept to commissioning, ensuring system integrity and long-term operational success.
Custom Solutions: Tailored trace heating designs for temperature maintenance and frost protection
Innovative Products: Latest-generation self-regulating cables certified for explosive environments
Fast Delivery: Largest UK stock with next-day delivery
Expert Support: Free heat loss calculations and design services to optimise your system.
Certified Engineers: CompEx-trained staff ensure safe and reliable system design and implementation
If you’re reviewing your current trace heating solutions or planning future projects, now is the time to consider alternatives. Tired of rising trace heating costs?
Contact us today to discuss your application and see how Eltherm can deliver uncompromising performance at a more competitive price point.
Trace heating, is an electrical system used to maintain or raise the temperature of pipes, vessels, and equipment by compensating for heat losses. Trace Heating involves running specially designed heating cables along the length of the pipe or around equipment, providing direct, controlled heat to ensure fluid movement and process stability in industrial environments.
So, what is trace heating? Trace heating is the application of electrical heat to pipes or surfaces, typically for freeze protection or temperature maintenance. Whether you’re searching for “what is a heating cable” or “what is trace heating,” you’re referring to the same vital temperature control solution used in sectors like oil & gas, chemical processing, power generation, and food production.
At its core, trace heating is about maintaining process integrity—ensuring that fluids don’t freeze, solidify, or drop below the required temperature, even in harsh or hazardous environments.
Need to know more about Heat Trace Systems and whether it’s essential for your business?
Trace heating systems work by converting electrical energy into heat through resistance. The heating cable is secured directly to the pipe or tank surface, and when powered, it generates heat that offsets thermal loss. Most industrial systems include:
Heating cable (self-regulating, constant wattage, etc.)
Thermal insulation over the assembly
Temperature sensors and control units
Power distribution and monitoring systems
A key advantage in industrial environments is the level of control: temperatures can be precisely managed through thermostats or sophisticated process controllers to align with specific process requirements.
Different trace heating technologies are designed for varying industrial and commercial needs—ranging from freeze protection to high-temperature process maintenance.
1. Self-Regulating Trace Heating Cables
Function: Adjust heat output based on ambient or pipe temperature.
Use Cases: Ideal for freeze protection, tank farms, and pipelines with variable ambient conditions.
Advantages: Energy-efficient, safe from overheating, and suitable for hazardous areas.
2. Constant Wattage Trace Heating Cables
Function: Deliver uniform heat output along their length.
Use Cases: Good for longer pipe runs with consistent heat demand—e.g. long distillation lines or storage tank manifolds.
Advantages: Cost-effective, scalable for large plants.
3. Series Resistance Trace Heating Cables
Function: Use a resistive heating wire that emits heat when powered.
Use Cases: Large-scale industrial environments requiring high wattage and long continuous runs, such as petrochemical pipelines.
Advantages: High performance, ideal for long-distance runs with few power supply points.
4. Mineral Insulated (MI) Trace Heating Cables
Function: Extremely durable heating cable with a metal sheath and magnesium oxide insulation.
Use Cases: Heavy industrial sectors—nuclear, oil & gas, or environments with exposure to high temperatures and corrosive elements.
Advantages: High temperature tolerance (up to 600°C), long lifespan, and superior mechanical protection.
While trace heating can be found in some commercial environments (e.g. hotel water systems or gutter de-icing), its primary value lies in industrial applications. Key sectors include:
Oil & Gas
Prevent wax, hydrate, or water blockages in pipelines
Maintain flow assurance in offshore and onshore operations
Trace heating of valves, pumps, and metering equipment in hazardous zones
Chemical & Petrochemical Plants
Maintain critical process temperatures for viscous or temperature-sensitive fluids
Ensure safety and product integrity in reactor and separator systems
Temperature control for corrosive or hazardous material pipelines
Food & Beverage Processing
Keep edible oils, chocolate, syrups, and other viscous materials at flowable temperatures
Prevent crystallisation or solidification during transfer and storage
Maintain temperature-sensitive CIP (Clean-in-Place) systems
Power Generation
Protect demineralised water lines in boiler feed systems
Maintain lubricant viscosity in turbines and rotating equipment
Prevent freezing in fire protection and cooling water lines
Pharmaceuticals & Biotech
Precise temperature control of fluids during batch production
Sanitary process line heating without risk of contamination
Support for temperature-sensitive reactions and formulations
Mining & Minerals
Prevent freezing or viscosity drops in process slurry pipelines
Trace heating of reagent lines or tank heating in leaching operations
Maintain flow in exposed areas subject to extreme climates
In industrial and commercial environments, failure to maintain temperature can lead to:
Equipment damage due to freezing or overheating
Blockages and flow interruptions
Increased maintenance costs
Health and safety risks (especially in flammable or toxic applications)
Lost production time
Industrial trace heating ensures operational continuity, product quality, and safety—especially in hazardous or extreme environments.
✅ Operational Reliability – Prevent flow issues and freezing, especially in mission-critical infrastructure
✅ Process Integrity – Maintain consistent product quality through controlled thermal environments
✅ Energy Efficiency – Especially with self-regulating or sensor-driven systems
✅ Customisability – Scalable for large industrial plants and suitable for hazardous area classifications (ATEX, IECEx)
✅ Longevity – High-durability options like MI cables can last decades with minimal maintenance
With over 40 years of experience in the industry, Thorne & Derrick are trusted specialists in trace heating solutions across all industrial sectors. Our team delivers tailored systems that meet the unique demands of your application—whether for hazardous areas, extreme environments, or precision process control.
We offer in-house heat loss calculations, full system design, and technical specification, using only high-performance, market-leading heating cables and components. From concept to commissioning, our focus is on delivering cost-effective, engineered solutions that reduce downtime, optimise performance, and drive long-term project success.
Thorne & Derrick are the UK’s largest stockist and supplier of Trace Heating products, including ATEX Heat Tracing Cables, Heated Hoses, Heating Mats & Jackets, Drum Heaters, IBC Heaters & more.
Thorne & Derrick | Exclusive UK Channel Partner for Static Earthing, Grounding & Bonding Systems | Compliant Solutions
Static Control for Explosion Protection of Assets & Operators in Hazardous Area Locations
⚠️ Static electricity, though often invisible and underestimated, can ignite flammable substances, leading to potentially catastrophic consequences.⚠️
Thorne & Derrick’s commitment to enhancing safety awareness within the explosive atmosphere industry took centre stage during the recent webinar, Static Electricity: The Shocking Truth! The Risk of Electrostatic Phenomena in Explosive (ATEX-) Environments.
We continue in our crusade to promote safety and proper precautions to mitigate the risk of electrostatic discharges (ESD) that can ignite flammable substances in explosive environments.
In this session together with StuvEx, Michel from ISMA, an expert in the field provided valuable insights on the dangers posed by static electricity in ATEX (Explosive Atmospheres) environments. With over 15 years working in the industry and 5 years specialising in the risks posed by static electricity, Michel is uniquely positioned to provide insights and practical advice that can help you mitigate these dangers.
Following the webinar presentation, attendees had the opportunity to engage with the Michel through a lively Q&A session. Below are some of the key questions and answers discussed.
ISMA | Explosion Safety Consultancy
ISMA specialises in explosion safety, mainly of gas and dust, and static electricity and are the consultancy arm of StuvEx who designs, implements and engineers industrial fire and explosion protection systems.
Q1 – Could you share more about the 13 ignition sources indicate in EN 1127-1 standard?
This would require an additional course of several hours. The EN1127-1:2019 however does already give a lot of guidance.
Q2 – When handling flammable liquids, despite plastic IBCs with a metal cage being UN ‘approved’ for this application, would your findings suggest that the best practice would be to use fully metal stainless steel IBCs to mitigate the risks?
Full metal IBC’s are generally better, but certainly need to be earthed! The grid of the plastic IBC also requires earthing but it is less critical. Especially when handling conductive liquids, metal IBC’s are interesting as these automatically earth the liquid. In plastic IBC’s you need to additionally make sure the liquid is earthed. Metal IBC’s are not always able to be used due to the nature of the products.
Q3 – Equipment grounding requirement is 10 Ohms?
For mechanical equipment, piping, silos, etc. grounding requirements are 1 Mohm. Unless local regulation put additional limits. For electrical equipment, the most strict grounding requirements are not ATEX related, and generally 10Ohm is requested.
Q4 – Are there max values for continuity of bonding connections for Equipotential Bonding of Extraneous Conductive Parts i.e. Bonding of Non-electrical Equipment? e.g. static reels are max 10 ohms but what about fixed bonding? –
In general, a maximum resistance of 1 MOhm is still considered an equipotential connection. However, such a high value is not a safe limit when verifying metal-metal connections. It should be much lower.
Q5 – What is the maximum recommended earth resistance to aim for in ATEX zones?
For equipment, this would be 1 MOhm. For flooring, that would be 10^8 ohm since the measuring method is different. (table 1 of the IEC/TS 60079-32-1:2013+C1:2017)
Q6 – We use flexible pipe and we add to theme earthing and bonding, and I would like ask can we use that
I think you mean that flexible piping is applied, and you put some earthing around it. This is not a good method as those flexible is likely not antistatic. Putting the earthing around it will make things more dangerous. Better to leave it out. Whether you can use the flexible pipe depends on the application. When in a hazardous gas zone (inside or outside): not allowed. When in a hazardous dust zone, it is less strict.
Q7 – Extracting the gas vapours when filling a Big Bac is an obligation. This prevents explosive gases. Why is this not explained.
This is a very specific case. In most cases, when filling big bags, there is no risk of dangerous gas vapours. So for those cases, extraction is not required. I fully agree that gas vapours should be evacuated as much as possible if these are present, and generally required by e.g. environmental law or wellbeing of workers law. In practice, a LOT of companies don’t do this. The reason why this was not covered in the webinar, is that gas extraction is related to zoning and the formation of explosive atmospheres. The topic of this webinar was about the risks of electrostatic discharges The same reason why inerting was also not explained.
Q8 – When using ATEX products the ATEX Directive 2014/34/EU allows manufacturers to self-certify non-electrical Ex equipment for Category 2 and 3 applications without independent verification. This means that a manufacturer can assess its own products and declare conformity without third-party evaluation. Should you consider dual certified equipment to ATEX & IECEx as the best option, as IECEx requires Third-party Testing & Public online database to stop fake certification?
Theoretically, that is the best option, as you are certain a third party was involved in the process of approval.
Q9 – Can you expand on flooring in ATEX areas i.e. test required and allowed ohm range i.e conductive , dissipative and insulative?
The maximum earth resistance of flooring is given to be 10^8 ohm. This value is found in table 1 of the IEC/TS 60079-32-1:2013+A1:2017 and requires the use of a specific test probe.
Q10 – Would a stairwell entering a bunded ATEX need to be independently bonded if not connected mechanically to the structural steel?
Yes. I would recommend to verify the good earthing with a multimeter. There could be national legislations that require every conductive mass to have a separate bonding/earthing.
Q11 – What modification do you recommend for kerosene flowing slowly through settling tanks (60L rectangular tanks)? 12 minutes residence time
See § 7.3.2.2.2 of the IEC 60079-32-1:2013+A1:2017 –> In addition to this, make sure to stay below the flash point. (for kerosene, it is about 37°C. No explosive atmosphere is formed when you are below the flash. Best to take some safety margin
Q12 – What is really the difference in antistatic hose and conductive hose?
An antistatic hose uses plastic material that is somewhat conductive (i.e. the charge is not able to build of so high that dangerous propagating brush discharges may form. A conductive hose is made from conductive material, not plastic.
Q13 – Earthing and bonding, dissipative floorings, .. are used to dissipate charges. Are there rules how often they need to be inspected?
Not that I know of. Also depends strongly on the way the material was made antistatic. E.g. for shoes you should never exceed the maximum age as given by the manufacturer. For flooring I would suggest to ask your supplier of the flooring material. For bonding connections, you can use guidance from ATEX equipment inspections, which is typically done every year.
Q14 – Is the spark discharge occurring inside the pipe in the video or also outside the pipe?
I’m not exactly sure which video you are talking about, but a spark discharge will always happen between two conductive objects at a different potential. So most likely outside piping, between two different conductors.
Q15 – Should all earthing be clean? Should all earths go back to the main earth terminal at source?
First: yes, since it might influence the working of the earthing clamp. Second: generally no. the idea is that conductive objects near each other are connected to the same earth. However requirements on electrical installations is national legislation, and I don’t know them for all different EU member states (and UK )
Q16 – What are the methods to control the static electricity in hydrocarbon gases?
As answered, pure gases rarely pose any charging. In practice, it is hard to really have pure gas without any droplets or dust particles. Therefore, the main protection philosophy is to be above the upper explosion limit of the gas, or avoid the presence of oxygen.
Q17 – Would you consider an earth protection system to be a ‘safety system’? i.e, should it be assigned a SIL/PL? Sorry – earth monitoring system
I need to correct my previous answer. It is not a safety system in the scope of ATEX114, it is an electrical apparatus and therefore must be certified ATEX. Regarding SIL: this is not applicable since it is not a protection system in the scope of ATEX114. The required SIL/PL level should be determined based on a risk evaluation (part of ATEX153 explosion protection document or DSEAR study).
Q18 – Do you only consider the type of dust in the bag when specifying the FIBC, or do you consider other dust in the area?
Generally, you only take into account the product in the FIBC. Since the producer of the product does not now where the product will be used, he can only take into account the product that he is packing. However, it is not recommended to use a type A FIBC in a zone that has combustible dust, even if the product in the FIBC is not combustible. The risk is of course fairly limited. you would need an explosive dust cloud forming in the environment right at the moment you are emptying/filling the bigbag, but when you have gas atmospheres, this is more tricky. Therefore, if you have combustible dust, a good general approach is to use bigbags type B plantwide. If you have gas zones, you use a type C, but need to earth them.
Q19 – Do we need to measure the inlet flow of a flammable liquid inside a deep tube before it goes into a tank?
If your risk analysis and safety philosophy is based on a reduced flow speed to exclude ignition sources. This should not be a constant measurement though. If the product (viscosity), piping and pump are always the same, the flow speed will also be the same (in order of magnitude).
Q20 – If a non-conductive top coat of paint was applied over a conductive cylindrical tank could any static electricity build-up on the surface still be dissipated to the earthing lug?
If the liquid is conductive. If not, it will take substantially longer (relaxation time)
Thorne & Derrick, Experts in Equipment for Explosive Atmospheres, are the Exclusive Channel Partner for StuvEx static earthing, grounding and bonding products in the UK including ATEX and IECEx certified systems, clamps, cables and connectors.
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Experts In Equipment for Explosive Atmospheres with ATEX & IECEx Certification
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...
