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Kager Adhesive Line – Innovative Klebstofflösungen für Hochtemperaturanwendungen bis 1760°C
ByKager-Hightemp
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Kager Adhesive Line – Advanced Adhesive Solutions for High Temperature Applications up to 1760°C

Kager Industrieprodukte GmbH is a trusted trading and consulting company specializing in high-temperature industrial applications. Our new Kager Adhesive Line offers a wide range of high-performance products designed for use in extreme thermal environments.

Our product range includes:

  • High-temperature ceramic adhesives (up to 1760°C)
  • High-temperature epoxies
  • Protective coatings for metals, glass, and ceramics
  • Binders and mounting adhesives
  • Repair pastes for cracks and damage
  • Potting compounds for moisture and impact protection
  • Thermal greases and heat-conductive pastes for effective heat transfer

Our adhesives and coatings are used across various industries – from furnace construction and electrical engineering to industrial equipment manufacturing. Whether you need a product for bonding, encapsulating, repairing, or protecting, Kager offers the right solution.

Our technical consultants are happy to assist you in selecting the ideal product for your specific requirements.

Learn more about KAGER adhesive line

KAGER SBM Anti-Dust Mats - Self-Adhesive without glue
ByKager-Hightemp
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KAGER SBM Adhesive-Free Tacky Mats – Self-Adhesive Without Glue

The innovative solution for cleanrooms, laboratories, and industrial production: KAGER SBM mats are self-adhesive dust-capturing mats that work without glue or impregnation. Their tackiness is a permanent material property – making them highly sustainable and user-friendly.

✅ Key Features at a Glance

  • Permanently self-adhesive without additional glue
  • Reliably traps dust, dirt, and bacteria on contact
  • Easy to clean and reusable
  • Free from plasticizers or unwanted chemicals – ideal for clinical and cleanroom use
  • Highly surface-active and non-slip
  • Excellent sound insulation and noise reduction
  • Chemical-resistant to many acids and bases

🌟 Ideal for Many Industries

KAGER SBM mats are trusted worldwide in:

  • Semiconductor manufacturing
  • Aerospace
  • Nuclear energy
  • Pharmaceutical industry
  • Chemical production
  • Military research
  • Hospitals, laboratories, and research institutes

🧼 Easy Cleaning

Cleaning is simple: Wash the mat with water and ordinary household cleaner or soapy solution, scrub with a sponge, and remove excess water with a rubber squeegee. Once dry, the original tackiness is fully restored. Disinfection with standard products is also possible.

Learn more about KAGER SBM Adhesive-Free Tacky Mats

New from KAGER: Textile Gaskets for Up to 700 °C
ByKager-Hightemp
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New from KAGER: Textile Gaskets for Up to 700 °C

Working in boiler construction, turbine engineering or chemical processing? KAGER now offers textile sealing tapes and gaskets designed to withstand temperatures up to 700 °C.

👉 Available as flat gaskets, tapes, or cords
👉 Materials: Graphite, Aramid, PTFE, Carbopan
👉 Ideal for thermal and chemical resistance applications

Our Hi-Tex gaskets deliver durability, flexibility, and resistance – without mineral fillers or heavy metals. Reduce downtime and energy loss with KAGER’s high-performance sealing solutions. 📞 Let our team help you choose the right material.
Learn more https://www.kager.de/en/hochtemperaturprodukte/isolationsmaterialien

Kager Industrieprodukte GmbH - Where Experience Meets Innovation for Over 50 Years
ByKager-Hightemp
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Kager Industrieprodukte GmbH – Where Experience Meets Innovation for Over 50 Years

When it comes to high-temperature applications, few companies in Germany have as much expertise as Kager Industrieprodukte GmbH. For more than 50 years, Kager has been a trusted partner for industry, research, and development – specializing in materials and products that perform under extreme thermal conditions.

But Kager offers more than just technical know-how. The company’s identity is deeply rooted in a philosophy of fairness – towards customers, suppliers, and employees alike. This principle creates trust and long-standing partnerships that stand the test of time.

What truly sets Kager apart is its unique blend of decades-long experience and a constant drive for innovation. Whether it’s ceramics, high-temperature adhesives, or insulation materials – Kager stays curious, adaptable, and ready to explore new paths with its customers.

High-temperature solutions are our world – fairness is our principle.

Professional Adhesive Consulting – Essential for High-Temperature Applications
ByKager-Hightemp
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Professional Adhesive Consulting – Essential for High-Temperature Applications

Modern high-performance adhesives, such as one- and two-component epoxy or ceramic-based systems, are vital problem-solvers under extreme conditions – especially at temperatures of up to 1,760 °C. These advanced bonding agents are widely used across industries including electronics manufacturing, measurement technology, heating systems, energy engineering, and refractory applications.

Depending on the specific application, niche adhesive solutions such as Graphi-Bond 551-RN-MV are used. This adhesive is specially formulated for permanent bonding and sealing of components made from graphite and CFRP composite materials.

To fully leverage the benefits of these high-temperature adhesives, professional guidance is crucial. Claudia Berck, managing director of Kager Industrieprodukte GmbH, explains:
“Users must consider a range of practical criteria to ensure optimal results.”

Key factors include:

  • the right adhesive formulation
  • correct mixing ratios
  • proper application techniques
  • curing and drying times
  • chemical resistance and UV stability

Learn more High-Temperature Applications

High-temperature industrial fabrics up to 1300°C
ByKager-Hightemp
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High-temperature industrial fabrics

High-Performance Fabrics in Industry: An Overview of E-Glass Fiber Fabrics, Silica Fabrics, Basalt Fiber Fabrics, and Alumina Fiber Fabrics

In modern industry, high-performance fabrics are essential when it comes to heat protection, insulation, and mechanical strength. Materials such as E-glass fiber fabric, silica fabric, basalt fiber fabric, and alumina fiber fabric have proven to be key components across various applications. In this article, we explore their properties, differences, and typical industrial uses.

1. E-Glass Fiber Fabric: The Versatile Standard

E-glass fiber fabric is primarily composed of silicon dioxide (SiO₂) and is known for its excellent electrical insulation properties, good temperature resistance (up to around 550 °C / 1022 °F), and high mechanical strength. It is available in fabrics, tapes, or mats.

Typical applications:

  • Thermal insulation in construction
  • Fire protection systems
  • Components in shipbuilding and automotive manufacturing
  • Reinforcement of plastics (GFRP – glass fiber reinforced plastics)

Thanks to its good price-performance ratio, E-glass fiber fabric is widely used and often the first choice for standard applications.

2. Silica Fabric: The High-Temperature Specialist

Silica fabric is made from amorphous silicon dioxide with a very high purity (> 94% SiO₂), offering outstanding heat resistance up to 1000 °C (1832 °F). Through a special manufacturing process, standard E-glass is transformed into high-temperature resistant silica fabric.

Typical applications:

  • Thermal protection blankets and insulating mats
  • Heat shields in the metal industry
  • Fire curtains and protective clothing

Silica fabric is used whenever extremely high temperatures are present and E-glass fiber fabric is no longer sufficient.

3. Basalt Fiber Fabric: Naturally Robust

Basalt fiber fabric is made from melted, natural basalt rock. These fibers offer excellent temperature resistance (up to around 750 °C / 1382 °F), high mechanical strength, and remarkable corrosion resistance.

Typical applications:

  • Heat and fire protection in aerospace
  • Flame-resistant protective clothing
  • Structural reinforcement in construction

Basalt fiber stands out not only for its physical properties but also for its environmental friendliness – an increasingly important factor in modern industrial applications.

4. Alumina Fiber Fabric: For Extreme Temperatures

Alumina fiber fabric (also called aluminum oxide fiber fabric) belongs to the group of ultra-high-temperature textiles. It withstands temperatures up to 1600 °C (2912 °F) and offers excellent chemical resistance and low thermal conductivity.

Typical applications:

  • Insulation in high-temperature furnaces
  • Protective curtains and heat shields in metallurgy
  • High-temperature gaskets and seals

Due to its unique properties, alumina fiber fabric is used primarily in the most demanding industrial processes where conventional materials fail.

Choosing the Right High-Performance Fabric

Choosing the right high-performance fabric is crucial for the efficiency, safety, and durability of industrial applications. While E-glass fiber fabric is versatile and cost-effective, silica fabric offers superior heat resistance. Basalt fiber fabric impresses with its robustness and sustainability, and alumina fiber fabric is indispensable for extreme high-temperature environments.

Key selection criteria include temperature resistance, mechanical strength, chemical resistance, and cost-effectiveness. The technical consultants of Kager team are happy to support you in the correct choice of material.

Learn more about High-temperature industrial fabrics

The Joule-Thomson Effect in Action: How the KAGER COLDER Delivers Precision Cold Air
ByKager-Hightemp
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The Joule-Thomson Effect in Action: How the KAGER COLDER Delivers Precision Cold Air

In many industrial and laboratory processes, precise cooling is essential – but using liquid coolants can be costly, messy, or even hazardous. That’s where the KAGER COLDER cold air gun comes in: a clean, efficient, and maintenance-free solution for targeted ultra-cold airflow powered by compressed air.

Clean cooling through Joule-Thomson physics

The KAGER COLDER operates on the Joule-Thomson principle, where compressed air expands rapidly and produces an intense cold air stream (as low as -55 °C) – without electricity or refrigerant gases. This makes it a powerful, eco-friendly alternative to liquid coolants in production, assembly, or lab environments.

Compact and versatile for every application

Thanks to its slim design, magnetic holder, and flexible tubing, the COLDER can be precisely positioned – even just 20 mm from the surface. It’s ideal for electronics, metal machining, soldering, welding, or temperature testing – all without sticky residues or corrosion risks.

Adjustable cold, stable performance

Available in four models with air flow rates from 45 to 600 l/min, the COLDER allows easy adjustment of the outlet temperature using a set screw. Under constant input conditions, the temperature remains highly stable – with only ±0.6 °C fluctuation.

A clean and sustainable cooling solution

By replacing liquids with air, the COLDER offers:
✅ No contamination
✅ No disposal issues
✅ No corrosion risks
✅ Perfect for dry processing or lab use

Discover the benefits of COLDER and upgrade your cooling processes

High-Temperature Resistant Thermal Insulation Material
ByKager-Hightemp
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High-Temperature Resistant Thermal Insulation Material

KAGER-HI-TEX Glass Fiber Fabric up to +500 °C and +1000°C – High-Temperature Resistant Thermal Insulation Material

KAGER-HI-TEX Glass Fiber Fabric up to +500 °C and +1000°C is a premium high-temperature insulation material designed for demanding industrial applications. It is available as tape, tubing, and rope form, making it ideal for thermal protection and insulation in various sectors.

The base material is made from voluminized and textured E-glass yarn with a fiber diameter of 6–9 microns. It is fully inorganic, asbestos-free, fireproof, and contains no toxic substances or heavy metals. It does not cause skin irritation and is safe for handling.

🔥 Technical Specifications:

  • Continuous Temperature Resistance: up to +500 °C / +1000°C
  • Short-Term Heat Resistance: up to +550 °C /+1100°C
  • Fire Behavior: Fire-resistant
  • Color: White / Brownish

✅ Benefits & Applications:

  • High mechanical strength
  • Excellent thermal and chemical resistance
  • Good dielectric properties
  • Flexible and dimensionally stable
  • Perfect for high-temperature insulation, fire protection, sealing systems, and industrial plant engineering

Learn more High-Temperature Resistant Thermal Insulation Material

More Safety in the Cold Chain Kager’s Temperature Indicators Monitor Limit Violations
ByKager-Hightemp
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More Safety in the Cold ChainKager’s Temperature Indicators Monitor Limit Violations

The trading and consulting company Kager expands its product range with a new series of irreversible temperature indicators. These self-adhesive measuring strips provide an effective solution for monitoring temperature limits in sensitive supply chains. They are specifically designed for applications where temperature-sensitive raw materials, semi-finished goods, or final products must be protected from excessive heat. Thanks to an innovative color-change display, they not only indicate when a threshold has been exceeded but also for how long.

Precise Monitoring in Refrigerated Supply Chains

Dietzenbach, March 2025 – In the pharmaceutical, food, and chemical industries, continuous temperature monitoring is crucial to ensuring product quality and safety. Cold chains disrupted by exceeding critical temperature limits can lead to spoilage or unusability. With the new WarmMark® temperature indicators, Kager offers a simple and reliable solution to this problem. The indicators are directly attached to products or packaging and show irreversible color changes when specific temperature thresholds are exceeded.

Efficient Temperature Monitoring with WarmMark®

The WarmMark® indicators are available in different versions. A simple single-field display visualizes temperature exceedances of 8°C, 25°C, or 26°C for eight, twelve, or 48 hours. The three-field variant allows staggered monitoring of up to nine different temperature thresholds ranging from -18°C to +37°C. For example, the indicator for 10°C triggers three times: after two, twelve, and 48 hours. An irreversible red discoloration of the display signals the duration of the exceedance and helps assess product quality.

Cost-Effective Alternative to Conventional Monitoring Systems

In addition to single- and three-field indicators, Kager also offers two-field variants as well as a mini and long-term version. The long-term version can detect temperature exceedances for up to 168 hours and trigger up to five alert levels, making it particularly suitable for goods transported over multiple days.

Compared to expensive sensor systems or wireless measuring devices, WarmMark® indicators provide a cost-effective and straightforward solution. They not only enhance quality control in logistics but also offer valuable insights for optimizing packaging and transportation processes.

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KAGER High-Temperature Adhesive for Boards and Non-Woven Materials Made of Polycrystalline Wool
ByKager-Hightemp
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KAGER High-Temperature Adhesive for Boards and Non-Woven Materials Made of Polycrystalline Wool

In industrial high-temperature applications, reliable adhesives are essential. The KAGER High-Temperature Adhesive Type 1800PRO has been specifically developed for extreme temperature ranges up to 1750 °C (3182 °F) and is ideal for bonding polycrystalline wool (PCW), ceramic fibers, and glass fiber textiles.

Properties and Advantages of KAGER High-Temperature Adhesive

  • Extremely heat-resistant up to 1750 °C
  • Optimal for high-temperature fabrics, including polycrystalline mullite and aluminum oxide wool
  • Plastic deformability, facilitating easy application
  • Pre-mixed and ready to use, no mixing required
  • Strong adhesion, ideal for high-temperature applications

Application Areas

This high-performance adhesive is widely used in industrial furnaces, high-temperature insulation, foundries, laboratories, and high-performance combustion chambers. Thanks to its special composition of inorganic binders and additives, it ensures a durable, stable bond even under extreme conditions.

Application of the Adhesive

The KAGER High-Temperature Adhesive Type 1800PRO is applied directly from the packaging to the materials to be bonded. Once cured, the bond remains temperature-resistant and resilient against thermal stress.

Conclusion

With the KAGER High-Temperature Adhesive 1800PRO, KAGER provides a reliable solution for high-temperature applications, offering easy application and exceptional durability. It is the ideal choice for those who require secure and long-lasting bonds in high-temperature environments.

Learn More Now!

Contact us for further information or personalized consultation regarding your high-temperature project. https://www.kager.de/en/hochtemperaturprodukte/keramikfaser-produkte

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