window.ga=window.ga||function(){(ga.q=ga.q||[]).push(arguments)};ga.l=+new Date; ga('create', 'UA-32196581-2', 'auto'); ga('set', 'forceSSL', true); ga('set', 'anonymizeIp', true); ga('require', 'displayfeatures'); ga('require', 'cleanUrlTracker'); ga('require', 'outboundLinkTracker'); ga('require', 'ec'); ga('send', 'pageview'); ga('set', 'nonInteraction', true); setTimeout("ga('send', 'event', 'read', '20 seconds')", 20000); High-Tech Adhesive for Metal and Ceramic Bonding | Reichelt Chemietechnik
+49 (0) 6221-3125-0 (Mon-Wed 8 am - 17 pm, Thu-Fri 8 am - 16 pm)

High-Tech Adhesive for Metal and Ceramic Bonding

Application area Adhesive bonding of metal/metal, ceramic/ceramic, metal/ceramic. Technical... more

Application area

Adhesive bonding of metal/metal, ceramic/ceramic, metal/ceramic.

Technical specification

Colour: whitish

Consistency: creamy, viscous compound / paste

Continuous temperature load: +1,000 °C after curing

Softening temperature: +1,200 °C

Melting point: +1,400 °C

Spec. weight: 2.45

Viscosity: >1.5 x 106 cp at +20 °C

Pot life: approx. 1 h in the air

Dielectric strength: >3 kV/mm

Thermal expansion: 7 - 12 x 10-6/K

General Information Use as adhesive for ceramic and metal elements in high temperature range,... more

General Information

Use as adhesive for ceramic and metal elements in high temperature range, glaze for protection from corrosion and chemical impacts, IC fault analysis in preparation technology, adhesive bonding of metals and ceramics, as refractory lining in industrial furnace construction, fixation and embedding of heating wires, resistance wires, and thermo wires and coating of metal surfaces for protection from oxidation processes.

One-component adhesives curing at room temperature by evaporation of the binder (water).

Bonding best takes place at room temperature, thus ensuring a natural drying. The drying time depends on the porosity of the materials to be bonded. In such cases, a drying time of 24 hours is sufficient.

The parts to be bonded should be exposed to a slight and constant pressure. A heat treatment during the bonding process improves the mechanical, thermal and electrical properties considerably.

For optimization of the bonding process it is advantageous to brush the glue joints with concentrated sulfuric acid, thus increasing the resistance to moisture.

The adhesives are resistant to solvents, and after heat treatment up to +900 °C also to most acids, including conc. hydrochloric acid and sulfuric acid, except to hydrofluoric acid.

The adhesive is absolutely fire-proof and not skin-irritating when cured. But the one-component material is strong alkaline (approx. pH 12) before application so that skin contact should be avoided.

In surroundings with high moisture please note: Depending on the degree of cure, the respective one-component adhesive forms a microporous structure which can make up approx. 2 - 5 % of the total volume. The degree of porosity depends on the cure cycle type, and whether one or more layers are applied. The size and the number of pores are determined by the evaporation temperature of the binder (water). If the water is expelled by an accelerated heat treatment, more and larger pores are formed. The natural evaporation is approx. 36 hours, the number of pores is accordingly very low. All High-Therm adhesives are cured faster by heat treatment. Due to heat treatment, all properties improve considerably.

Curing: at room temperature after 48 hours, better properties after heat treatment

Moisture resistance: good (after heat treatment)

Resistance to acids and alkalis: very good (except HF)

Resistance to oxidation: very good

Resistance to solvents: very good

Resistivity: >107 Ohm/cm at room temperature

Shrinkage: 5 - 6 % (linear at +150 to +500 °C)

Item Image Design Volume
ml
Unit
piece
Price
Euro*
Buy
332043
Dose 250 1 74.00
332044
Dose 1.000 1 164.00
Similar products
Aramid Plate Aramid Plate
Thomapor Thomapor
PUR Tube PUR Tube
Viewed