Do you want to buy tear plates? Put your trust in JAERA, your experienced sheet metal specialist with more than 40 years of expertise!
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JAERA ist Ihr Spezialist für Tränenbleche. Seit 1982 bieten wir hochwertige Bleche für die Industrie sowie Tränenbleche aus hochwertigsten Materialien, darunter Tränenblech aus Edelstahl in den Güten 1.4301 und 1.4404 der gängigen Tränenblech-Sorte Mandorla. Überzeugen Sie sich von unseren hohen Qualitätsstandards und profitieren Sie dabei von der schnellen Bearbeitung von Produktanfragen sowie kurzen Lieferzeiten.
Ihre Vorteile bei JAERA:
At JAERA, we attach great importance to product diversity and quality in order to meet your requirements. Our product range of wear plates includes various dimensions and material thicknesses for numerous areas of application. Whether you are looking for weeper plates for robust floor coverings, non-slip work areas or decorative elements, you will find the right product specification for your project.
You can find our range of different tear plates in the product overview or in our product catalog.
We can supply tear plates in the following material thicknesses and dimensions to suit your project:
Thickness:
Dimensions:
| Material | Dimensions | Thickness | Weight kg/piece |
|---|---|---|---|
|
Material
Stainless steel 1.4301
|
Dimensions
1,000 x 2,000 mm
|
Thickness
3 mm
|
Weight kg/piece
53
|
|
Material
Stainless steel 1.4301
|
Dimensions
1,000 x 2,000 mm
|
Thickness
4 mm
|
Weight kg/piece
70
|
|
Material
Stainless steel 1.4301
|
Dimensions
1,000 x 2,000 mm
|
Thickness
5 mm
|
Weight kg/piece
88
|
|
Material
Stainless steel 1.4301
|
Dimensions
1,000 x 2,000 mm
|
Thickness
6 mm
|
Weight kg/piece
110
|
|
Material
Stainless steel 1.4404
|
Dimensions
1,000 x 2,000 mm
|
Thickness
3 mm
|
Weight kg/piece
53
|
|
Material
Stainless steel 1.4404
|
Dimensions
1,000 x 2,000 mm
|
Thickness
4 mm
|
Weight kg/piece
73
|
|
Material
Stainless steel 1.4404
|
Dimensions
1,000 x 2,000 mm
|
Thickness
5 mm
|
Weight kg/piece
88
|
|
Material
Stainless steel 1.4301
|
Dimensions
1,250 x 2,500 mm
|
Thickness
3 mm
|
Weight kg/piece
|
At JAERA, we have high-quality stainless steel Mandorla plates on offer for you. Mandorla tra ys are one of the most commonly used types of weeping tray. They are known for their specific pattern, which is reminiscent of the shape of almonds.
This type of checker plate has a regular arrangement of individual almond-shaped bumps that are distributed diagonally offset to each other over the entire surface. Mandorl sheets offer good slip resistance and good rolling properties and are often used as a base for work platforms or loading ramps.
Do you have individual wishes for your tear plates? We are happy to implement these in our further processing service.
You are welcome to enquire about which further processing options can be implemented for your product.
Please use our contact form or make your request by telephone.
Here you will find all the important information about tear plates.
Tränenbleche sind Metallplatten aus Edelstahl, Stahl oder Aluminium, die durch ein spezielles Umwalzverfahren eine rutschhemmende Oberfläche mit Tränenmuster erhalten. Dieses Muster besteht aus hervorstehenden ovalen, spitz zulaufenden Metallrippen, die versetzt zueinander angeordnet sind und in ihrer Form an Tränen erinnern. Neben der ausgezeichneten Rutschhemmung zeichnen sich Tränenbleche außerdem durch ihre ansprechende Optik aus.
Aus dieser Oberflächenstruktur ergibt sich ein hohes Maß an Rutschfestigkeit, da Flüssigkeiten ideal abfließen können und sich so keine Pfützen bilden. Die Tränenstruktur verhindert außerdem, dass Personen oder Gegenstände auf dem Blech aus- bzw. abrutschen. Tränenbleche bieten einen sehr guten Halt, wenn Arbeitsschuhe getragen werden, da Rutschbewegungen an den Kontaktpunkten zwischen dem Schuhprofil sowie den einzelnen Tränen durch eine erhöhte Reibung verhindert werden.
Die Trittsicherheit von Tränenblechen wird in Rutschhemmklassen angegeben, die je nach Anwendungsbereich gesetzlich erfüllt werden müssen. Gängige Rutschhemmungs-Normen für Fußböden in Arbeitsbereichen mit Rutschgefahr stellen dabei die DIN 51130 und BGR 181 (ZH1/571) dar.
Die Oberflächenbeschaffenheit von Tränenblechen sorgt nicht nur für eine besonders gute Rutschfestigkeit, sondern trägt auch zur Erhöhung der Stabilität und Langlebigkeit bei. Dank ihrer robusten Eigenschaften sind Tränenbleche eine perfekte Wahl für Treppenstufen, Arbeitsplattformen, rutschfeste Fußmatten, Rampen und viele andere Anwendungen, bei denen Sicherheit eine entscheidende Rolle spielen.
Due to their non-slip and robust structure, tear plates are indispensable in a wide range of areas and industries. Here is an overview of the many possible applications:
Industry:
Transportation and vehicle construction:
Construction and architecture:
Food industry:
Tear plates offer a number of advantages that make them an excellent choice for various applications.
Do you want to buy tear plate? See the advantages for yourself:
Tear plate is mainly made from steel, stainless steel and aluminum. Depending on the intended use, it can then be further processed by hot-dip galvanizing, for example.
The production of tear plates begins with metal plates, usually made of steel, stainless steel or aluminum. The tears are created by applying high force through a process known as forming rolling. In this process, a roller embosses the tear pattern into the sheet at very high pressure.
The elevations in the sheet metal are therefore not added later, but are created during the manufacturing process from a single piece of sheet metal. This ensures that tear plates made of stainless steel or other materials are particularly stable.
Unsere Tränenbleche entstehen innerhalb einer qualitätsgesteuerten Herstellerstruktur. Die Fertigung erfolgt an spezialisierten Partnerstandorten, die auf strukturierte Bleche ausgerichtet sind.
The term chequer plate can be used synonymously with checker plate and Chequer plates , although chequer plate is more of a generic term that refers to the ribbed surface texture of these sheets. The other two terms are derived from the shape of the protrusions.
Tear plates are sheets with individual oval protrusions that are arranged diagonally to each other and are mainly made of steel or stainless steel. A very common type of louvered plate is the mandorla plate, whereby mandorla is derived from the almond shape of the individual ribs.
Warp plates, in turn, are usually made of aluminium and are characterized by several elongated, pointed protrusions, the so-called warts, arranged parallel to each other. Each row is followed by the next row at a constant distance, offset by 90 degrees. Common types of sheet metal are the duett or quintet sheet, whereby the name refers to the number of parallel lugs. The quintet plate therefore has five parallel lugs.
The difference between Chequer plates and tear plate is therefore the different shape and the materials from which the plate is made. Although there is a distinction between these types of sheet metal, they are often used interchangeably.
Slip resistance classes for tear plate are an important measure to determine the degree of slip resistance, which is determined by the Material, the pattern and the surface treatment of the plate. They indicate the resistance to slipping, measured by the angle of inclination up to which a person can stand safely on the surface without slipping. Classification is usually carried out in accordance with DIN 51130, which divides the sheets into different slip resistance classes depending on their area of application and the degree of slip hazard.
Tabular overview of slip resistance classes:
| Slip resistance class | Tilt angle | Field of application |
|---|---|---|
Slip resistance class R9 | Tilt angle 6-10° | Field of application Low risk of slipping, e.g. in private living areas |
Slip resistance class R10 | Tilt angle 10-19° | Field of application Moderate risk of slipping, e.g. in offices, warehouses |
Slip resistance class R11 | Tilt angle 19-27° | Field of application Increased risk of slipping, e.g. outdoors, in workshops or commercial kitchens |
Slip resistance class R12 | Tilt angle 27-35° | Field of application High risk of slipping, e.g. in industrial production areas |
Slip resistance class R13 | Tilt angle >35° | Field of application Very high risk of slipping, e.g. floor coverings in slaughterhouses |
Der Produktionsverbund ermöglicht konstante Qualität, flexible Mengen und eine präzise Umsetzung technischer Anforderungen – unabhängig vom jeweiligen Einsatzbereich.
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