Knowledge

Everything about rubber mats, rubber seals and much more.

Rubber mats with studs, ribbing or smooth – surface comparison

Rubber mats are used in industry, workshops, entrance areas, vehicles or production halls in a wide variety of versions. In addition to material thickness and rubber type, the surface in particular plays an important role. Among other things, it influences slip resistance, cleaning, load capacity and walking comfort.

ESD mats vs normal rubber mats – differences and use

ESD mats and normal rubber mats fulfil similar tasks at first glance. Both serve as protective covering, workplace underlay or floor solution in industry, workshops and production. In practice, however, the two versions differ significantly. Especially in sensitive areas such as electronics manufacturing, laboratories or technical production environments, ESD mats play an important role.

Using antistatic rubber mats for industry

Antistatic rubber mats play an important role in many industrial sectors. In production environments, workshops, laboratories or electronics areas, electrostatic charges arise daily that can damage sensitive components, disrupt processes or cause safety risks. Through the targeted use of antistatic and conductive rubber mats, work areas can be protected and production processes stabilised.

Selecting rubber mats for oil areas

Rubber mats in oil-contaminated work areas must fulfil significantly higher requirements than classic floor mats. In workshops, production halls or machine environments, oils, lubricants, cleaning agents and mechanical loads regularly act on the material. This creates high demands on resistance, slip resistance and durability.

Selecting drainage-capable rubber mats for wet areas

Drainage-capable rubber mats are used wherever water, moisture or other liquids occur on floors. They improve safety, reduce slip hazards and ensure better water drainage in work and walking areas. Especially in industrial halls, workshops, food businesses, washing bays or outdoor areas, they are among the most important elements for safe and resilient floor surfaces.

Cleaning and maintaining rubber mats in industrial operations

Rubber mats are part of the daily equipment in many industrial operations. They protect floors, improve occupational safety and reduce strain at workplaces. At the same time, moisture, dirt, oil, chemicals or mechanical stresses act on the material permanently. Without regular cleaning, dirt can become ingrained and impair the function of the mats.

Laying rubber mats correctly in production halls

Production halls are among the most heavily loaded areas of use for floor coverings. Every day, high weights from machines, transport trolleys, pallet trucks or forklifts act on the substrate. At the same time, loads arise from moisture, oils, dust, metal abrasion or chemical influences. Conventional floor solutions quickly reach their limits in such environments.

Rubber sheets with inserts (fabric, steel) – when do they make sense?

Rubber sheets are used in industry for a wide variety of applications – from technical seals to machine underlays and vibration-damping or load-bearing protective surfaces. In many areas, high mechanical forces, changing loads, pressure or tensile stresses act on the material permanently. Standard rubber sheets quickly reach their limits here.

Cleaning and maintaining rubber sheets in industrial use

Rubber sheets are a central component of many processes in industrial applications, whether for sealing, as a protective layer or for damping. Mechanical loads, chemical influences and environmental influences act continuously on the material. Dirt becomes ingrained on the surface or penetrates into the structure and changes properties such as elasticity, friction and resistance.

Fastening rubber sheets to metal, concrete and wood

Rubber sheets are used in workshops, industrial halls, outdoors or in private settings. Further information on suitable materials can be found under rubber sheets, rubber mats and cut-to-size pieces., industrial halls, outdoors or in private settings. They serve as a protective layer, ensure sure-footedness and reduce vibrations and noise. Especially with machines, walkways or sensitive substrates, the right selection and fastening makes a noticeable difference in use.

Bonding rubber sheets – adhesives, preparation, practice

Bonding rubber sheets is one of the central joining techniques in industry, construction and technical applications. Unlike rigid materials, rubber reacts elastically to loads, deforms and returns to its original shape. It is precisely this property that places special demands on bonding, since the adhesive must permanently accommodate these movements.

Having rubber sheets cut to size – processes, accuracy, possibilities

Rubber sheets are used in numerous technical applications and perform central functions such as sealing, damping, protection or decoupling. In practice, however, standardised installation situations rarely arise. Components have individual dimensions, complex geometries or specific loads. This is precisely where the need for cut-to-size pieces arises.

Storing seals correctly and avoiding ageing

Seals perform a central task in technical applications: they secure media, prevent leaks and ensure stable operation. Even small changes in the material condition have a direct effect on function. This is precisely where the actual problem begins: ageing processes often start long before use, namely during storage.

Typical causes of failure in seals and how to avoid them

Seals perform a central function in technical systems: they prevent the escape of media, secure pressure conditions and protect adjacent components from contamination or damage. In almost all industrial applications, they are a critical element for operational safety and service life.

Selecting seals for rotating applications

Seals for rotating applications perform a central function in machines and systems. The right choice depends essentially on three factors: speed, pressure and medium. These determine whether a radial shaft seal, a mechanical seal or a non-contact solution is the appropriate choice. They ensure that media such as oil, water or chemical substances are reliably retained in the system while at the same time no contaminants can penetrate. At the same time, dynamic loads act continuously on the seal: rotating movements, friction between the components as well as temperature and pressure fluctuations.

Calculating and extending the service life of rubber seals

Calculating and specifically extending the service life of rubber seals forms the basis for stable processes, predictable maintenance cycles and low failure risks. In many applications, seals perform a safety-relevant function in which even small material changes can have major effects on the entire system. A well-founded assessment of the service life enables clear decisions in material selection, design and maintenance.

Designing O-ring grooves correctly

O-rings only fulfil their function reliably when the groove geometry is exactly matched to the respective application. Even small deviations in width, depth or tolerance lead to leaks, increased wear or premature failure.

Tolerances for seals – what is technically feasible

Tolerances for seals determine how precisely a component can be manufactured and how reliably it will function later. In practice, the focus is less on absolute dimensional accuracy than on the ability to seal permanently under real conditions. Pressure, temperature, chemical media and mechanical loads act simultaneously on the seal and influence its behaviour during operation.

Laser cutting, punching or waterjet cutting rubber seals

The production of rubber seals appears interchangeable at first glance, but in fact the chosen process largely determines how precise the contours turn out, how stable the material remains under load and how economically a project can be implemented. Especially in technical applications in mechanical engineering, in industry or with individual cut pieces, it becomes clear that small differences in processing have direct effects on function, service life and tightness.

Having seals made to measure

Made-to-measure seals are used wherever standard solutions reach their limits. In industrial applications, the smallest deviations often decide between function and failure. Individual geometries, specific media or changing loads require solutions that are exactly matched to the intended use.

Material comparison elastomers vs thermoplastics in industry

The choice of the right material directly influences the function, service life and costs of an application. In many industrial areas, the question arises: elastomer or thermoplastic? Both material groups fulfil different requirements and show clear strengths depending on the area of application.

Selecting rubber mats for assembly workplaces

Assembly workplaces are among the most demanding working environments in industry and production. Employees stand for hours at fixed positions, carry out recurring manual tasks and often work under time pressure. At the same time, mechanical loads, vibrations and media such as oils or chips act directly on the floor area.

Selecting seals for gas and pressure lines

Seals in gas and pressure lines perform a safety-critical function. Even the smallest leaks influence processes, lead to energy losses and increase the load on adjacent components. In industrial applications, this quickly results in follow-up costs, downtime or safety risks.

Selecting rubber mats for heavy-duty areas

Heavy-duty areas place particularly high demands on materials, since loads here occur permanently, at specific points and often under difficult ambient conditions. Rubber mats perform a central function in such applications: they distribute loads, protect substrates, reduce vibrations and contribute to operational safety. At the same time, they must not only withstand short-term pressure, but retain their shape, function and properties over long periods.

Selecting seals for food contact in accordance with standards

Seals in the food industry perform a safety-relevant function within sensitive processes. They prevent the escape of media, protect products from external influences and ensure that production processes take place under constantly hygienic conditions. Even the smallest leaks or material defects can lead to contamination and thus impair the quality, safety and approval capability of foodstuffs.

Using rubber sheets for electrical insulation

Rubber sheets play a central role in electrical insulation in industrial practice. They are used wherever electrical energy is conducted in a controlled manner and at the same time reliably shielded. In control cabinets, power systems and machines, this creates a safe separation between live and touchable areas. This reduces the risk of flashovers, creepage currents and unwanted leakage, while at the same time increasing operational safety.

Selecting seals for vacuum applications

Seals in vacuum place significantly higher demands than classic sealing solutions. While minor leaks are often tolerable in normal applications, in vacuum even minimal leaks have an immediate effect on the pressure and thus on the entire process. In addition, materials themselves can become a disruptive factor, for example through outgassing or unsuitable surface structures.

Selecting anti-slip solutions for industrial transport surfaces

Industrial transport surfaces are under high load every day. Smooth surfaces, moisture, oil or abrasion quickly lead to unsafe conditions. Even small changes in the coefficient of friction have a direct effect on the safety and stability of processes. Transported goods start to slip, employees move unsafely and machines run outside optimal conditions.

Selecting rubber sheets for storage and logistics areas

Rubber sheets perform far more than a purely protective function in storage and logistics areas. They have a direct effect on safety, efficiency and operating costs. Where forklifts drive every day, goods are moved and employees stand for long periods, the right floor structure decides whether processes run smoothly.

Seals for static vs dynamic applications

Seals ensure the functionality of technical systems by reliably separating media, keeping pressure conditions stable and protecting sensitive components from external influences. In industrial applications, they act as an invisible but critical element between design and operational safety. Errors in selection or design quickly lead to leaks, increased wear or complete system failures.

Selecting rubber mats for production areas

Production areas place high demands on materials, surfaces and safety. Rubber mats perform several functions at once: they protect floors and machines from wear, increase safety in everyday work and improve ergonomics at workplaces. In industrial environments, mechanical load, media contact and temperature act on the materials used in parallel.

Selecting seals for water technology

The selection of the right seal in water technology directly influences service life, operational safety and maintenance effort. Depending on the area of use, the requirements for material, resistance and mechanical properties differ significantly. A well-founded selection reduces failures and secures stable systems in the long term.

Selecting seals for vehicle technology

Seals perform a central function in vehicle technology: they secure systems against leaks, protect components and ensure the permanent functionality of components under sometimes extreme conditions. In a vehicle, temperature changes, media contacts, mechanical loads and environmental influences act simultaneously on the materials used. This results in high complexity in selection.

Dimensioning and using rubber sheets correctly

Rubber sheets perform central functions in industrial applications: sealing, protection, damping and load distribution. At the same time, they often work in the background – until problems arise. An incorrectly selected material thickness, an unsuitable compound or insufficient dimensioning quickly lead in practice to increased wear, loss of function or unnecessary downtime.

Implementing wear protection with elastomers in industry

Wear is one of the most common causes of downtime, maintenance costs and premature replacement of components. In many industrial applications, it arises from friction, impact load, particle transport or aggressive media. Elastomers offer an effective way to protect components and significantly extend the service life of systems.

Using rubber sheets for conveyor technology

Rubber sheets perform a central function in conveyor technology, since they act directly at the most critical points of a system. Wherever material impacts, is transported or redirected, loads arise that without suitable protection quickly lead to wear, damage and increased maintenance effort. It is precisely at these points that rubber sheets provide targeted decoupling between conveyed material and structure.

Selecting seals for pneumatic systems

The selection of the right seal in pneumatic systems directly influences the function, service life and efficiency of the entire system. In practice, it repeatedly becomes apparent that failures, leaks or unnecessary wear are often attributable to unsuitable seals. This rarely involves gross misjudgements, but rather details such as material behaviour, friction or the actual operating conditions in the system.

Selecting seals for hydraulic systems

Hydraulic systems operate under high pressure, changing temperatures and permanent movement. Every movement in the system generates friction, every pressure peak loads the material and every contamination can impair function. It is precisely at this interface that the seal performs a central task: it keeps the system tight, stable and efficient in operation.

Rubber mats for industry vs household in comparison

Rubber mats appear similar at first glance, but fulfil completely different requirements depending on the area of use. In an industrial environment, they are a functional component that actively contributes to operational safety, noise reduction and machine stability. In the household, on the other hand, comfort, protection and simple handling are the focus.

Workplace mats vs anti-vibration mats

Workplace mats relieve the strain on people during standing work, anti-vibration mats reduce vibrations from machines and stabilise their operation. The difference lies in the objective, material design and area of use.

Workplace mats and anti-vibration mats perform clearly separate functions in industry and workshops. While one solution relieves the strain on people and creates ergonomic conditions, the other ensures stability, smooth running and protection of technical systems.

Elastomers in comparison for industrial applications

Elastomers are a central component of numerous applications in industrial practice. They perform functions that rigid materials cannot achieve: sealing, vibration damping, flexible mounting or protection against media and environmental influences. At the same time, the choice of material often decides the reliability of entire systems. An incorrectly selected elastomer leads to leaks, premature wear or even failure of systems.

Rubber vs plastic vs metal in mechanical engineering

The selection of the right material in mechanical engineering largely determines the performance, service life and economic efficiency of components. Every material decision has a direct effect on function, maintenance effort and operational safety. Already in the design phase, it is decided whether a component will work stably in the long term or fail prematurely.

Selecting O-rings correctly

O-rings are a central element in almost every technical application in which liquids or gases must be reliably sealed. They are found in hydraulic systems, machines, systems, vehicles as well as in sensitive areas such as food or medical technology. Despite their simple geometric shape, they perform a safety-relevant function. Even the smallest leaks can lead to considerable consequential damage, production failures or increased maintenance effort.

Selecting seals in the food industry correctly

Seals in the food industry secure processes at a level at which hygiene, product safety and system availability are directly linked. Every connection, every seal and every interface decides whether media remain cleanly separated and production processes function stably.

Implementing slip resistance in production halls with rubber

Slippery floors are among the most common causes of accidents in production halls. Oil, water, dust or production residues quickly lead to dangerous situations. Even small amounts of liquids or fine particles significantly reduce grip and increase the risk of slipping and falling.

Planning anti-vibration solutions for machines and systems

Vibrations are part of the normal operating behaviour of almost every machine. At the same time, they lead to loads that often only become apparent after a longer operating time in the form of wear, quality problems or unplanned downtime. Targeted planning of anti-vibration solutions addresses precisely this point and ensures that machines work in a controlled, quiet and permanently stable manner.

Using rubber sheets in the outdoor area of industry

Rubber sheets in the outdoor area must withstand extreme conditions permanently. In an industrial environment, sun, rain, frost and mechanical loads act simultaneously on the material. In addition, chemical influences, changing loads and high stress from machines or vehicles often come into play. While indoor applications usually have clearly defined conditions, complex load situations that are constantly changing arise outdoors.

Selecting rubber sheets for machine underlays

Rubber sheets perform a central role in industrial applications in the safe and long-lasting installation of machines. They form the interface between system and substrate and thus directly influence stability, vibration transmission and the long-term function of the entire structure.

Selecting and designing seals for pressure systems

Pressure systems are among the most sensitive technical applications in mechanical engineering and industry. Even the smallest leaks lead to pressure losses, energy losses or failures of entire systems. The selection and design of the right seal directly influences operational safety, maintenance effort and service life.

Heat-resistant seals in comparison for industrial applications

Heat-resistant seals secure industrial processes under permanently high thermal and mechanical load. In real applications, temperature, medium and mechanical influences act simultaneously on the material. This results in a complex load that can only be reliably mastered with an exactly matched material selection.

Which seal is resistant to oil, chemicals and heat?

Seals secure processes, protect systems and prevent media escape. Depending on the application, different materials and manufacturing processes are used – from classic elastomers to precise cut pieces and special solutions.

For many applications, an individual matching of the seal to material, shape and load is worthwhile. Made-to-measure solutions offer significantly longer service lives than standard products.

Differences between EPDM, SBR and NBR rubber sheets

The wrong choice of material leads to premature wear, leaks or failures. This is precisely what often happens when EPDM, SBR and NBR are regarded as comparable. The differences lie in the actual load and have a direct effect on function and service life.

In practice, the application environment decides the right choice. Weather, oil, mechanical load or temperature place different demands on the material. EPDM, SBR and NBR are each optimised for precisely these requirements and can be clearly distinguished from one another.

Which rubber sheet to choose for industrial applications

The choice of the right rubber sheet decides function, service life and safety in many industrial applications. The wrong choice of material regularly leads to failures, increased wear and unnecessary downtime. Different materials react very differently to temperature, media and mechanical load. The wrong selection quickly leads to wear, failures or unnecessary costs.

Flat gasket or O-ring – which solution fits when?

The choice between flat gasket and O-ring directly decides the tightness, service life and failure risk of an application. If you are unsure which solution fits your design, have your application specifically checked or choose suitable solutions for seals, O-rings and flat gaskets directly. In practice, it becomes apparent that the wrong decision rarely leads to a problem immediately, but rather to creeping leaks, maintenance effort or premature wear.

EPDM vs NBR vs FKM seals in a direct practical comparison

Those who select seals often decide service life, maintenance effort and process reliability in the process. In practice, it is therefore rarely enough to simply take any elastomer material. EPDM, NBR and FKM differ significantly in media resistance, temperature behaviour, weather resistance and economic efficiency. It is precisely these differences that are relevant in everyday use, for example in mechanical engineering, in vehicle technology, in systems with cleaning chemicals or in outdoor areas.

Which seal to choose for mechanical engineering applications

The selection of the right seal in mechanical engineering directly influences the tightness, service life and operational safety of your systems. In practice, it becomes apparent that failures rarely have complex causes. The origin is often a material choice that does not match the real load, or a design that considers individual influencing factors in isolation. A seal only fulfils its task reliably when material, geometry and operating conditions are thought of as a unit.

Tolerances in waterjet cutting of rubber sheets

In waterjet cutting of rubber sheets, the tolerance directly decides function, fit and service life. Even small deviations have an effect on tightness, assembly and wear. In industrial applications, a clear understanding of what is technically achievable and what remains economically sensible therefore counts.

FDA-compliant seals for the food industry

FDA-compliant seals secure production processes, product quality and legal conformity in the food industry. Even small material deviations lead to contamination, production failures or legal risks. The requirements for materials, processing and documentation are correspondingly high.

Dimensional accuracy of elastomers

Elastomers are indispensable in industry – whether as seals, vibration elements, sleeves or membranes. Their special properties make them flexible, adaptable materials that are used in almost all technical areas. From chemistry to vehicle construction to medical technology, they are essential for sealing, damping and protection.

Resistance of elastomers

Elastomers are among the most versatile and technically demanding materials of modern industry. They combine enormous elasticity with damping capacity, chemical resistance and design freedom. In almost all industrial sectors – from the vehicle and mechanical engineering industry to medical technology to food production – elastomers are used in the form of seals, hoses, profiles or vibration elements.

Approvals and regulations in industry

Globalisation, increasing technical complexity and constantly growing safety requirements make approvals and regulations more important today than ever. National and European regulations determine not only what may be produced, but also how and under what conditions. They are the basis for trust between manufacturers, customers and authorities.

Maintenance & care of fall protection mats

Fall protection mats are an elementary component of safety on playgrounds, in kindergartens, schools as well as in sports and leisure facilities. They minimise the risk of serious injuries in falls by absorbing the impact energy and thus considerably reducing the consequences of an accident. Children in particular, but also athletes and older people, benefit from this protective measure.

Possible uses for transparent PVC curtains

Transparent PVC curtains have established themselves in industry and trade as a versatile, durable and cost-efficient solution. They create flexible room partitions without obstructing the view and at the same time offer effective protection against dust, draughts, noise or temperature fluctuations.

How to choose the right EPDM

Whether in house construction, in industry or in technical systems – seals are inconspicuous but indispensable. They provide protection against moisture, reliably seal components and prevent damage from weather or temperature fluctuations.

Especially outdoors, seals must withstand extreme conditions: sun, rain, frost, ozone and UV radiation act on them permanently.

Rubber sheets: sustainability and recycling

Rubber sheets have been established in numerous areas of application for decades – from industrial production to construction to sports and leisure areas. With growing awareness of environmental and climate protection, however, the topics of sustainability and recycling are becoming increasingly important.

Rubber tiles for balcony, terrace & playground

Rubber tiles have developed into a popular alternative for various areas of use in recent years. Whether on the balcony, the terrace or as fall protection covering on playgrounds – the elastic tiles combine safety, comfort and durability.

While classic floor coverings such as wood, stone or concrete primarily focus on appearance and hardness, rubber tiles impress with practical properties: they are slip-resistant, shock-absorbing, weather-resistant and at the same time easy to lay.

Mounting PVC curtains

PVC curtains are indispensable in many sectors. Whether in industrial halls, workshops, cold rooms or in the warehouse – the flexible strip curtains made of PVC offer a simple way to partition rooms, save energy and make work processes more efficient. They ensure that temperature zones remain separated, work areas are kept cleaner and processes run smoothly.

Rubber mats for workshop, garage and industry

Rubber mats are long since no longer just a simple floor covering, but have established themselves in workshop, garage and industry as a multifunctional solution. They protect sensitive substrates from wear, improve occupational safety and considerably increase comfort at the workplace. Their possible uses range from simple floor coverings in private garages to ergonomic workplace mats and highly specialised industrial versions.

O-rings made of rubber

O-rings are among the most widely used seals and are indispensable in almost every technical sector. Their mode of operation is as simple as it is ingenious: a round sealing ring made of elastic material is inserted into a groove and presses evenly against the surrounding surfaces due to the forces that occur.

REACH, RoHS and PAH

The European regulations REACH, RoHS and the provisions on PAH are central pillars of environmental and consumer protection. They regulate which substances may be contained in products, how manufacturers and importers must handle chemicals and which limit values must be observed. For industry and consumers, this means: more safety, transparency and sustainable products.

Laying rubber tiles

Rubber tiles are an extremely versatile solution for floor coverings in private and commercial areas. They combine safety, comfort and durability in one product. Particularly noteworthy are their slip resistance and the ability to reliably dampen impacts and vibrations. As a result, they are excellently suited to places where people frequently stand or walk – whether on the terrace, in the fitness room, in the garage or on playgrounds, where children require additional fall protection.

Care & cleaning of rubber mats

Rubber mats can be used in a variety of ways in industry, skilled trades, households, horticulture and leisure. They serve as slip-resistant floor coverings, protective underlays, insulating materials or ergonomic workplace mats. Their robustness and functional properties make them a preferred material in numerous applications.

Areas of application for EPDM seals in industry & construction

EPDM (ethylene propylene diene rubber) is one of the most frequently used synthetic elastomers. It impresses with its high resistance to ozone, UV radiation and external weather influences. Even in damp or changing climatic conditions, the material remains dimensionally stable and elastic.

Temperature resistance of rubber sheets

Rubber sheets can be used in a variety of ways in industry, skilled trades and everyday life. They serve as seals, insulations, protective coverings or as a base for technical cut pieces. One of the most important properties is temperature resistance, because rubber is used in environments where extreme cold or heat prevails.

Rubber sheets for construction & industry

Rubber sheets have long since become indispensable in construction and industry. They perform numerous tasks: as robust sealing materials, as effective vibration dampers, as durable floor coverings or as protective layers for machines, tools and entire work areas.

Rubber sheets in the outdoor area

Rubber sheets are a durable, slip-resistant and versatile solution for numerous applications in the outdoor area – from terraces and balconies to garden paths, playgrounds or outdoor work areas. They offer functional advantages such as safety, comfort and sound insulation, but also contribute to visual enhancement.

Finding the right size for O-rings

O-rings are simple but crucial components in sealing technology. A precise size selection prevents leaks, reduces downtime and extends the service life of machines. This guide explains step by step how to determine dimensions correctly, which standard series are relevant and which factors really count in selection.

Service life of flat gaskets

Flat gaskets are indispensable components in countless technical applications – from mechanical engineering to pipelines to household appliances. They ensure a safe seal between two surfaces and prevent the escape of liquids or gases.

Flat gaskets made of rubber

Flat gaskets made of rubber are indispensable components in numerous technical applications and form the interface for a safe, reliable seal between two components. They prevent the escape or ingress of liquids, gases or solids and thus contribute significantly to the functional reliability of machines, systems and pipeline systems.

Slip protection for wooden outdoor stairs – possibilities & installation

Outdoor stairs made of wood give entrances, terraces and garden areas a natural and appealing charm. Outdoors in particular, however, they are constantly exposed to weather influences – and thus also to an increased risk of becoming slippery in wet conditions, frost or dirt.

Made-to-measure rubber mats - when is off-the-roll material worthwhile?

Made-to-measure rubber mats offer a solution when standard sizes are not sufficient. Whether for workshop, garage, industrial hall or outdoor area – made-to-measure rubber mats adapt exactly to your requirements and impress with functionality, safety and durability.

EPDM seals in comparison with NBR & silicone

EPDM, NBR and silicone are among the most frequently used materials, but differ significantly in their properties. Find out how the three materials perform in a direct comparison and what advantages and disadvantages they have in different areas of use.

Rubber test methods

Rubber is a highly flexible material with versatile properties. In order to assess the quality, load capacity and suitability for specific applications, standardised rubber test methods are essential.

Anti-slip mat

An anti-slip mat makes your surroundings safer. It is ideal for bathroom, kitchen or stairs. These anti-slip mats are robust and hold well on smooth surfaces. With a non-slip mat, falls are less dangerous. This way you stay safe. The mat with rubber coating and grippy mat offer grip wherever you are.

Made-to-measure doormat

Made-to-measure doormats offer an individual solution for entrance areas that do not require standard sizes. They are made to the nearest centimetre and fit perfectly into any area, including floor recesses. The robust construction without edge profile prevents fraying, and off-the-roll mats are available as a cheaper alternative.

Weather-resistant outdoor doormat

Our weather-resistant outdoor doormats are the ideal solution for catching dirt and moisture before the front door. They were specially developed for outdoor use and offer you both high functionality and a visual enhancement of your entrance area.

Rubber mats as floor protection

Rubber mats offer excellent floor protection by protecting surfaces from wear, moisture, chemicals and mechanical loads.

Cable grommets made of rubber

The safe and protected routing of cables through metal, plastic or stainless steel surfaces requires innovative solutions in order to protect electrical systems from external influences.

Rubber, foam or plastic?

When you deal with materials, you often come across the terms rubber, foam and plastic. Although they occur in many everyday products, they differ considerably in their structure, their properties and their possible uses. This guide explains the essential differences so that you can make the right choice for your projects.

Making outdoor stair steps slip-resistant

Slippery stair steps are not only a danger for residents, but also for guests and visitors. There are various methods for making outdoor stair steps slip-resistant. A particularly effective and easy-to-implement option is the use of rubber mats.

Cutting a construction protection mat

A construction protection mat is a versatile and resistant material that is frequently used in the construction industry to protect surfaces. Whether when building a house, during renovation work or in horticulture, the correct handling and correct cutting of a construction protection mat are decisive for its effectiveness.

Impact sound insulation

Rubber mats represent a practical and efficient method for impact sound insulation. Their ability to absorb sound, their durability and simple handling make them an attractive option for various applications.

Anti-fatigue mat

With the increasing amount of standing work, there is hardly any arguing about the purpose of the anti-fatigue mat. These special mats are designed to improve the well-being and productivity of people who have to stand on hard surfaces for longer periods.

Made-to-measure dirt trap mat

The entrance area of a house or business is often the first impression that visitors receive. Here, a made-to-measure dirt trap mat plays an important role, both aesthetically and practically. This article highlights the advantages, the benefits and the purpose of a tailor-made dirt trap mat.