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Aisladores eléctricos de vidrio ‘made in Spain’
La Granja Insulators tiene ya instaladas más 120 millones de unidades en redes eléctricas de todo el mundo, desde Canadá hasta Arabia Saudí
En pleno corazón de la Sierra de Guadarrama, donde el aire frío baja del puerto de Navacerrada y el tiempo parece detenerse entre los jardines del Palacio Real, late una de las fábricas más singulares de España: La Granja Insulators, un gigante invisible que sostiene, literalmente, la electricidad del planeta. Desde este rincón segoviano, un pueblo de apenas cinco mil habitantes, se fabrican los aisladores eléctricos de vidrio que garantizan la estabilidad de las redes de alta tensión en más de 120 países.
“Queremos que el mundo sepa que el made in Spain también significa tecnología, precisión e innovación”, afirma Bruno Portellano, director general de La Granja Insulators. Su voz mezcla orgullo y convicción. No es para menos: la empresa, heredera de la histórica Real Fábrica de Cristales fundada por Carlos III en el siglo XVIII, es hoy la única que cuenta con una planta que integra todos los procesos productivos del vidrio, ensamblaje y siliconado de aisladores, así como laboratorio.
Un legado centenario convertido en motor tecnológico
La historia industrial de La Granja comenzó en 1932, cuando se produjo el primer aislador de vidrio para el sector telefónico. En 1959, la compañía —entonces bajo el paraguas de Saint-Gobain— dio el salto al sector energético, fabricando aisladores de suspensión para líneas de alta tensión. Desde entonces, su evolución ha sido constante: innovación, automatización y sostenibilidad son las claves de su crecimiento.
En 2010, la empresa registró la patente SILGLASS, un recubrimiento de silicona que mejora el comportamiento eléctrico en zonas de alta contaminación o humedad. Y en 2022 lanzó Xpertise Smart Insulation, un software basado en inteligencia artificial capaz de predecir cuándo realizar mantenimientos en las líneas eléctricas. “El aislador puede representar solo el 3% del coste de una infraestructura eléctrica, pero causa el 90% de los problemas si falla”, recuerda Portellano.
Hoy, la planta segoviana produce más de 4 millones de aisladores al año, con capacidad para soportar hasta 765.000 voltios. En servicio hay ya más de 120 millones de unidades fabricadas en La Granja, instaladas en redes eléctricas de todo el mundo, desde Canadá hasta Arabia Saudí.
Un mercado global en expansión
El mercado mundial de los aisladores eléctricos, valorado en 585 millones de euros, vive un auge sin precedentes. “Estamos en un momento clave”, explica Mikel Campos, director de ventas y marketing de la compañía. “La renovación de líneas eléctricas en Europa y Estados Unidos, el auge de las energías renovables y el crecimiento de países en desarrollo están disparando la demanda”.
Los aisladores de vidrio están ganando terreno a los de porcelana y composite: hace una década representaban el 15% del mercado; hoy rozan el 40%. En un sector donde la demanda supera la capacidad de producción, La Granja Insulators se sitúa entre los dos únicos fabricantes occidentales relevantes, junto a la francesa Sediver. Su cuota actual es del 11%, con un ambicioso objetivo: alcanzar los 90 millones de euros en ventas en 2030.
El Oriente Medio es actualmente su principal mercado, seguido de Europa y Norteamérica. Arabia Saudí, en particular, ha experimentado un crecimiento “brutal”, impulsado por sus megaproyectos energéticos. La empresa también planea abrir mini plantas de ensamblaje en diferentes zonas estratégicas.
Innovación y sostenibilidad: el nuevo eje de la fábrica
La compañía ha invertido más de 16 millones de euros desde 2020 para automatizar procesos y mejorar la eficiencia, incrementando en un 24% su capacidad productiva. En paralelo, ha reducido un 19% sus emisiones de CO2 desde 2016 y se ha comprometido a recortar un 64% sus emisiones de alcance 1 y 2 para 2034, dentro de su plan de descarbonización certificado por la iniciativa internacional SBTi.
Fuente: elperiodicodelaenergia.com
La Granja Insulators en RTVE: un recorrido por nuestra fábrica
El programa “Aquí hay trabajo” de RTVE ha visitado recientemente nuestras instalaciones en La Granja Insulators, mostrando en un completo reportaje el día a día de nuestra fábrica en la Granja de San Ildefonso (Segovia).
Durante este reportaje, los espectadores pueden conocer de primera mano qué es un aislador de vidrio y cómo se desarrolla todo el proceso de producción: desde el diseño y la fabricación, hasta el control de calidad, el ensamblaje, los ensayos de laboratorio y el empaquetado final para su distribución internacional.
Uno de los aspectos destacados es el riguroso protocolo de seguridad que sigue nuestro equipo antes de acceder a la zona de producción: chaleco reflectante, gafas de protección y tapones auditivos, garantizando así un entorno de trabajo seguro en todo momento.
El reportaje también pone en valor la experiencia y compromiso de nuestros más de 700 profesionales, cuya pasión y entusiasmo hacen posible que nuestros aisladores lleguen hoy a más de 120 países de todo el mundo.
Además, expertos como Jesús Oliver, Raúl Casado, José Carlos Ledo, Fausto de Lucas y Javier Sánchez comparten su visión sobre los procesos, la innovación y la importancia de mantener la excelencia en cada etapa de la producción.
Para ver el reportaje completo en RTVE aquí: https://www.rtve.es/play/videos/aqui-hay-trabajo/fabrica-aisladores/16748976/
What Is the Role of Glass Insulators in an Electrical System?
Why this critical component is key to safe and reliable power transmission.
In the world of energy, every component matters. High-voltage glass insulators, though often overlooked, play a crucial role in ensuring the safety and efficiency of modern electrical systems.
They act as insulating barriers between electrical conductors and supporting structures, preventing short circuits and electrical discharges that could cause power supply interruptions or equipment damage.
In addition, they help maintain system stability by preventing current leakage and ensuring a uniform distribution of electrical load.
Key Takeaways
- Glass insulators prevent short circuits and electrical discharges.
- They maintain the stability of the electrical system.
- Help avoid any interruptions in power supply.
What is a High Voltage Glass Insulator?
A high-voltage glass insulator is a component designed to support and insulate high-voltage electrical conductors in power transmission and distribution systems.
What are glass insulators made of?
This type of insulator consists of a tempered glass disc, which may vary in shape depending on its function and specific application. A metal cap and pin are attached to the disc, allowing the insulators to be connected together in strings.
These insulators are essential for maintaining the integrity of the electrical system and preventing short circuits or electrical discharges.
What are the main properties of a high-voltage glass insulator?
High-voltage glass insulators possess several key properties that make them suitable for use in high-voltage electrical systems.
These characteristics include high mechanical strength and electrical withstand capacity, the ability to endure adverse weather conditions, and long-term durability.
Furthermore, their design and construction are optimized to ensure reliable performance and an extended service life in demanding environments.
What is a Glass Insulator – Key Takeaways
- Designed to withstand high voltages.
- It may take different shapes depending on its function.
- Essential for the integrity of the electrical system.
- High mechanical and electrical strength.
- Ability to withstand adverse weather conditions.
- Long-term durability.
La Granja Glass Insulators
LaGranja Glass Insulators
More than 100 million installed – In over 100 countries – On all Continents
Toughened Glass Insulator – The technical advantages
Utilities worldwide are facing growing concerns over the long-term reliability of polymer insulators, with many reporting unsatisfactory failure rates. Toughened glass insulators offer a proven and dependable alternative. Thanks to their advanced thermal treatment, they deliver exceptional resistance to both mechanical and thermal stresses, as well as accidental impacts during transport, handling, and installation. Designed to withstand even sudden temperature changes, toughened glass insulators combine durability, safety, and peace of mind—making them the trusted choice for reliable performance in demanding line installations.
Reduced ageing
This is true even when insulators are subjected to large mechanical loads. LGI has insulators in service in high voltage transmission grids for over 85 years.
High dielectric resistance and homogeneous potential distribution
Dielectric strength is high due to the homogeneity of the glass, which makes them practically impossible to puncture. The insulator has high electrical capacitance and achieves homogeneous potential distribution in strings, thereby helping to improve the phenomenon of radio interference and the corona effect.
Easy inspection and mechanical reliability
Toughened glass insulators offer a very important advantage: an intact glass insulator is always a “healthy” insulator. If the glass were to break for any reason, it would break up into small pieces, whilst the mechanical resistance of the insulator “stub “remains practically the same as that of the intact insulator. This provides confidence for asset managers and power line inspection crews, simplifying inspection as it can be carried out using the naked eye from the ground or from a helicopter. The insulator string practically maintains its original mechanical properties until maintenance work can be scheduled. Furthermore, thanks to the homogeneity of the glass, the annual spontaneous shattering rate for installed LGI insulators (measured empirically by the world’s main electricity operators) has been shown to be below the 0.02% that is normally required by customers, thereby significantly reducing maintenance costs and providing a lower cost of ownership.
For these reasons, glass insulators are becoming the cost-effective solution for new construction and for the replacement of aging porcelain or polymer insulators
La Granja Glass Insulators – Made of Glass and Passion
La Granja Insulators (LGI) is a member of the VERESCENCE Group.
The VERESCENCE Group has facilities throughout the world (total of 7 plants including France, Spain and United States) with over 2,340 employees. It is now the world leader in speciality glass products (Power Line Insulators, Perfumery and cosmetics, & Spirits Bottles) with an annual turnover of around 321 million euros.
A major player in the insulator market for nearly 90 years (previously known as ESA, Saint-Gobain La Granja, Vicasa and SGD) LGI has built up its reputation for reliability, professionalism and innovation based on the following:
- La-Granja Insulator production is at the forefront of Quality and Technology and has benefitted from regular investment throughout its existence.
- Ongoing innovation policy: Pin-type insulators, toughened glass suspension insulators, RTV silicone coated insulators (SILGLASS®).
- Over 85 years’ collaboration with the main electricity network operators throughout the world.
- Over 100 million insulators installed in electricity distribution and transport networks for medium to high voltages of up to 765 kV in over 100 countries in all continents
- Quality, environmental and health and safety management systems, certified according to the highest international standards: ISO 9001, ISO 14001, OHSAS 18001, ISO 17025 and ISO 22716.
La-Granja Toughened Glass Insulators (TGI)
Suspension insulator components
Suspension insulators consist of the following elements:
- A dielectric profile made of toughened glass with the suitable properties and shape for the environmental conditions it was designed for.
- Hot-dipped galvanised ductile or malleable cast iron cap, marked with our brand name “ESA” and engraved and stamped as per the applicable standards for the correct identification and individual traceability.
- Hot-dipped galvanized forged steel pin.
- The cap and pin are assembled on the glass piece using aluminous cement to withstand the thermomechanical efforts.
- Lastly, the insulator cap includes a stainless steel or phosphor bronze locking device (split pin) which secures the coupling of the units.
Also, on request, the pins can be supplied protected using an anti-corrosion zinc sleeve (sacrificial anode). This zinc sleeve is strongly recommended for insulators that may be installed in heavily polluted environments.
On clevis and tongue type insulators, the caps are equipped with a forged steel bolt and a pin.
Range
The range of suspension insulators produced at La-Granja complies with the main international and national standards: IEC, ANSI, CSA, BS, NF, UTE, UNE & DIN..
For each standard, there is a wide variety of mechanical resistances ranging from 40 kN up to 400 kN, covering a variety of power lines and substations.
Within each standard and for each mechanical load, the suspension insulators are divided into groups depending on the glass profile.
The groups are as follows:
Standard profile insulators
These are the most common and most frequently used insulators for lines in low pollution environments, where they perform well due to their small, well-spaced ribs and a creepage distance which exceeds the requirements of the IEC 60305 and ANSI C29.2 standards
Anti-pollution or Anti-fog profile insulators
LGI offer two different shapes which are recommended for areas with medium to heavy pollution. Their longer creepage distance, which exceeds the requirements of the IEC 60305 standard, is achieved due to deeper ribs, and reduces the effects of pollution without increasing the length of the string.
Aerodynamic profile insulators
Due to the flat dielectric profile, this type of insulator is highly recommended for desert areas because the absence of ribs, which helps to reduce the accumulation of residues, particularly on the inner surface of the dielectric. At the same time, its shape permits regular and constant airflow which enables the wind to perform a self-cleaning process. These can also be used in areas of critical industrial or mixed pollution (desert and industrial pollution).
SILGLASS®: Silicone-coated insulators (RVT)
THE SMART-VALUE SOLUTION
Silicone-coated insulators offer an excellent alternative which guarantees optimum performance for high voltage overhead lines in areas with heavy pollution. They minimise leakage current and thereby reduce operation and maintenance costs.
The product used to coat the insulators is Room Temperature Vulcanization (RTV) silicone which contains mineral fillers embedded in the silicone itself.
This silicone increases the hydrophobic nature of the insulator’s surface, with a Lotus leaf effect, thereby improving its performance in polluted areas. Furthermore, the fillers absorb the energy of any possible electric arcs and serve to protect the integrity of the coating.
Silicone-coated insulators are an economical solution because they eliminate the need to regularly clean, whilst still maintaining the mechanical reliability that glass suspension insulators have demonstrated over the years.
Silicone-coated insulators are the result of bringing together high-quality insulator technology and high-performance silicone, combined by the most advanced application technology. It has the heritage of mechanical reliability together with excellent pollution resistance.
This is a fantastic solution utilised more and more on a large scale throughout the world’s main Distribution & Transport Networks.
Mechanical, electrical, and dimensional data
The guaranteed mechanical and electrical values for each insulator is recommended by the IEC, BS, ANSI and CSA standards. Similarly, the dimensional data (spacing, diameter, coupling standard, creepage distance) also comply to these standards.
Manufacturing process
1.- Glass melting and composition
The glass manufactured by La-Granja is obtained through a very specific melting process, using a modern furnace and control technology which have been specially designed by the company. This guarantees excellent quality glass in terms of homogeneity and chemical composition.
2.- Forming
Our expertise and technology in the pressing process, together with recent investments, enables LGI to produce the most demanding insulator profiles and sizes, going above & beyond the requirements of international standards.
3.- Tempering and thermal shocks
Tempering is the thermal treatment applied to the glass immediately after forming. The first stage is thermal balancing, to homogenize the temperature throughout the entire depth of the piece. The second stage is the hardening itself, which is achieved by cooling the outer areas to create residual compressive stress on the surface and tensile stress on the inside. This provides improved mechanical, thermal and electrical properties, as well as guaranteeing unbeatable resistance to ageing.
After hardening, all the pieces are subjected to thermal shocks, above & beyond the gradients established by international standards. This shock guarantees the elimination of faulty pieces.
4.- Assembly
The process for assembling the glass and metal parts is carried out in the same industrial plant as the rest of the manufacturing process, in a highly automated workshop using technology designed by LGI. It is based on the hot curing of high resistance, low expansion coefficient aluminous cement, to achieve excellent mechanical stability over time and high residual mechanical resistance, close to that of an intact insulator.
5.- Testing and trials
100% of the insulators are subjected to demanding quality checks carried out by automatic systems, including routine mechanical test.
Maximum quality levels are guaranteed by means of an exhaustive process monitoring system which constantly measures and checks all the variables using automatic data capture systems. At the end of the whole process, statistical quality checks are carried out for all manufactured batches.
Research and development
The desire to research and develop new technological solutions has formed part of LGI’s DNA, ever since VERESCENCE La Granja was founded in 1932.
Laboratory
La Granja Insulators have an insulator laboratory accredited under the ISO 17025 Standard (General requirements for the competence of testing and calibration laboratories).
For this purpose, the plant has different facilities:
High Voltage Facility: With a power frequency generator and an impulse generator
Mechanical Testing Facility: With two tensile machines with a capacity of up to 100T and 30T, respectively
Thermal Facility: Consisting of a special room for performing thermal and thermal-mechanical tests
Pollution Chamber: To test performance of RTV silicone coated insulators under polluted conditions and to carry out “tracking and erosion” tests
Type tests and special tests in external laboratories
Type test and special test reports are available for all insulators produced by LGI, in accordance with applicable standards, carried out by independent, accredited and internationally reputed laboratories.
These reports serve to demonstrate, once again, the quality and reliability of the LGI product. They are regularly updated and available to any client who wishes to consult them.
Traceability
LGI’s IT system enables the gathering of real-time information regarding the availability and location of their products, including traceability. The information for each individual insulator is entirely computerised. Making it possible for LGI to achieve full traceability, in a fast and simple way, for both the components used in insulator manufacturing and the results obtained in each control process:
This ensures constant monitoring and traceability, from manufacturing right through to customer delivery.
Fuente: www.tengroup.com.au
Why do Glass Insulators Work?”
In the high-voltage power transmission world, safety and efficiency hinge on one critical component: the insulator. But what makes materials like glass perfect for this task?
The answer lies in the atomic structure and bonding properties of these materials. Let’s explore how glass insulators work and why they’re trusted to keep our global energy infrastructure running safely.
Understanding Electric Current and Material Behavior
Electric current is the flow of electric charge, usually carried by electrons, through a conductive material when it’s subjected to a voltage. In the power transmission world, controlling this flow is critical to avoid dangerous leaks and ensure grid efficiency.
All materials are made of atoms, composed of:
- A nucleus (protons and neutrons)
- Electrons orbiting the nucleus
The valence electrons, those in the outermost shell, determine how well a material conducts electricity. Their ability (or inability) to move between atoms sets conductors apart from insulators.
Copper vs. Glass: How Atomic Behavior Changes Everything
Conductive Materials (Copper)
- Valence electrons move freely between atoms
- This is made possible by metallic bonding, creating a “sea of electrons”
- As a result, electric current flows easily
Insulating Materials (Glass)
- Has valence electrons that are tightly bound
- Exhibits covalent bonding, where electrons are shared but not freed
- Lacks the free movement required for conduction, making it a natural insulator
Why Glass Is a Perfect Insulator
The insulating properties of glass come down to two main physical characteristics:
1. Atomic Structure
- Metals have a crystalline structure, where atoms are arranged in a regular, repeating pattern. This order makes it easier for electrons to flow.
- Glass has an amorphous structure, meaning its atoms are disordered and irregular. This disorder requires much more energy for electrons to move, effectively blocking current.
2. Type of Bonding
- In glass, the covalent bonds between atoms lock valence electrons into place. Even under high voltage, they don’t move, meaning no current can pass through.
- In copper, metallic bonds allow electrons to move freely, ideal for conduction, but not for insulation.
The Design of a Glass Insulator
A typical glass insulator is built for strength, durability, and maximum electrical resistance. It consists of:
- Two metallic parts: a pin/bolt and a cap
- One central glass unit, acting as the insulating barrier
- Aluminous cement joins the components, ensuring an electrically insulated seal
Engineering Insight: The glass head is the thickest and most critical part of the insulator. Each millimeter of glass can resist 20kV of electrical tension. Our standard La Granja models range from 10–15 mm, meaning each insulator can withstand 200kV or more.
The Role of Glass Insulators in Power Transmission
In practical terms, a glass insulator separates live cables from grounded metal structures (such as transmission towers). Without this separation:
- Electricity could flow into the tower and reach the ground
- This can cause short circuits, energy losses, or even electrocution
With a properly engineered glass insulator:
- Current remains confined to the transmission cable
- Power is safely transmitted over long distances, even in harsh environments
Key Takeaways: Why Glass Insulators Excel
- Covalent bonding: Keeps electrons locked in place, preventing electric current flow.
- Amorphous atomic structure: Irregular atomic arrangement blocks conduction.
- High mechanical strength: Withstands environmental stress like wind, ice, and heat.
- Visible damage detection: Cracks are instantly noticeable, simplifying inspection.
- Non-aging and UV resistance: Delivers long-term reliability with minimal maintenance.
CDP’s Supplier Engagement Assessment
La Granja Insulators is proud to contribute to VERESCENCE’s recognition on CDP’s Supplier Engagement Assessment (SEA) A-list for the fourth year in a row!
This milestone highlights our shared commitment to driving impactful climate action across the supply chain. With Scope 3 emissions making up 40% of the Group’s total in 2024, engaging suppliers is key to our sustainability strategy.
Together, we’re working to reduce CO2 emissions by 37.5% by 2034, through targeted CSR actions and close collaboration with strategic partners.
Why choose our RTV Coated Insulators?
Did you know that in highly polluted environments, up to 97% of an insulator’s total lifecycle cost is attributed to maintenance, while only 3% corresponds to its initial acquisition? ⚙️📉
RTV silicone-coated insulators significantly reduce maintenance needs, offering a cost-effective and reliable solution for high-contamination environments.
TEN backs Australia’s energy future with LaGranja Insulators
As Australia accelerates its shift toward a cleaner, more resilient energy grid, TEN is stepping up with a major delivery that reinforces our commitment to supporting the energy transition with high-quality, reliable products. This month, TEN has taken delivery of more than a dozen containers of LaGranja glass insulators, building local stock to support contractors and transmission authorities nationwide.
TEN’s decision to carry significant local inventory of LaGranja Insulators comes as pressure mounts to expand and modernise Australia’s transmission network. High-performance insulators are essential to ensuring new renewable connections and grid upgrades are safe, reliable, and long-lasting.
Building the grid of tomorrow with high quality insulators
For Australia’s evolving energy landscape where bushfire resilience, extreme weather, and grid reliability are top priorities LaGranja glass insulators are a smart, reliability-focused choice. Glass has become the preferred insulator material for many asset owners across the country due to its proven performance.
Renowned for their mechanical strength, electrical integrity, and visible breakage when damaged, LaGranja’s toughened glass insulators are ideally suited to Australia’s harsh conditions. Their ease of inspection helps reduce undetected faults, while their long service life delivers cost-effective solutions for transmission and substation projects.
Supporting the energy transition
TEN’s latest delivery arrives at a critical time when utilities and infrastructure providers are under increasing pressure to modernise transmission networks and integrate renewable energy sources. By supplying high-performance insulators that are easy to inspect, cost-effective to maintain, and built to last, TEN is helping to minimise downtime, lower maintenance costs, and enhance safety for line crews and the communities they serve.
By investing in stock today, TEN is helping the industry avoid project delays tomorrow – reducing lead times and ensuring critical projects stay on track.
A trusted partner
With a national footprint and deep technical expertise, TEN is more than a supplier – we are a long-term partner to Australia’s energy sector. Stocking LaGranja glass disc insulators reflects TEN’s broader commitment to delivering technically proven, field-ready solutions that stand the test of time.
As the energy transition accelerates, TEN is proud to support the people and projects shaping Australia’s energy future – one insulator at a time.
About LaGranja
Founded in 1932 and headquartered in Spain, LaGranja Insulators has built a global reputation for excellence in the design and manufacture of toughened glass insulators. With over 90 years of experience, LaGranja has supplied more than 100 million insulators to over 120 countries, making them a trusted partner for utilities worldwide.
Fuente: www.tengroup.com.au
We are delighted with the arrival of the consortium composed of Movendo Capital and Draycott as a new shareholder of the group
Verescence announces the arrival of the consortium composed of Movendo Capital and Draycott as the group’s new shareholder.
Paris, May 26, 2025 – Verescence, the world leader in glass bottles for the Perfumery and Cosmetics industries and a global player in glass Insulators, today announces the arrival of the consortium composed of Movendo Capital and Draycott, two familyowned investment holdings, as the group’s new shareholder.
With 130 years of glassmaking know-how, Verescence is a privileged partner of the biggest brands in the beauty industry. Verescence produces 600 million bottles per year in its 4 glass production sites and 5 finishing sites in Europe, North America and Asia, as well as more than 3.5 million electrical insulators per year. In 2024, Verescence employed 2500 people worldwide.
“We are pleased to welcome new shareholders who support our strategy, investment plans and sustainability program, including our decarbonization roadmap. We are convinced that this project is positive for all our employees, our customers and our partners,” comments Thomas Riou, President of Verescence.
João Coelho Borges, Founding Partner of Draycott, and Pedro Pereira Gonçalves, CEO of Movendo, concluded: ” We are delighted to acquire a global leader with a strong and experienced management team that is perfectly aligned with our value creation strategy. Verescence’s leading position in the industry aligns with our investment criteria in several key dimensions. By combining management’s expertise with our own, we aim for sustainable growth and value creation for all stakeholders.”
Press contacts Verescence :
Céline Le Marre | Marketing & Communication Project Manager celine.lemarre@verescence.com
About Verescence
Verescence is the global leader in glass bottle manufacturing for the Perfumery and Cosmetics industry and has a production capacity of 600 million bottles per year. Verescence supplies its customers with glass through high-quality, environmentally friendly, and innovative solutions. The company has 130 years of glass expertise and a unique geographical footprint (4 glass production sites and 5 finishing sites in France, Spain, the United States and South Korea), making it the partner of choice for the world’s largest beauty market players. For more information, visit
www.verescence.com
About Movendo
Movendo Capital is an investment company based in the Netherlands and operating in Europe and United States. The company is focused on managing investments in growing companies that operate in the food value chain and branded consumer goods, with an innovative business approach, which are located in Europe and the United States. Movendo Capital is owned by Sociedade Francisco Manuel dos Santos, a fourth-generation family holding that is owned by Portuguese family shareholders with a range of investments in different areas, namely, distribution, manufacturing, agrifood, specialized retail, citizenship, and environment.
About Draycott
Draycott is an emerging Portugal-based investment management firm, founded by a senior team with more than 20 years of experience in private investments and a track record of investing more than EUR 2 billion in equity across multiple sectors. Draycott operates across buyouts, real estate, and venture capital, actively building a leading position in private equity, focusing on disciplined investments and value creation. Among its investment vehicles, Draycott Fund I serves as the family office of its founding partner and will be the vehicle participating in the acquisition of Verescence. This investment reflects a long-term strategic approach, while benefiting from a professionalized team. For more information, visit https://draycott.pt/
