Ranges of application

BRA-GLA® N is used as thermal insulating board or as machine part for heated presses and tools in the plastics-, rubber– and wood processing industry.

Special material characteristics

• high temperature resistance
• high compressive strength
• reliable  dimensional and form stability

Ranges of Application

BRA-GLA® SI is used in applications which are characterized by extremely high temperatures and high mechanical loads. You could find BRA-GLA® SI for example in forging and forming presses as well as in continuous presses.

Special material characteristics

• very high continuous usage temperature
• excellent insulation effect
• high compressive strength
• exceptional dimensional stability

Advantages

BRA-GLA® SI offers an unique high temperature resistance than other thermosetting insulation materials.

Ranges of application

KV® 3 is often used as piston- and frame insulation in heated presses or as pressure plate in heated moulds and tools.

Special material characteristics

• outstanding high compression and flexural strength
• high long-term temperature resistance
• exceptional dimensional stability
• excellent insulation effect

Advantages

Due to the outstanding high compression and flexural strength KV® 3 could be used in applications with exceptional high requirements.

Ranges of application

KV® 3eco is ideally suited for applications with the highest level of requirements regarding the process safety. Hence KV® 3eco is often used in press construction and in tools with high pressure loads.

Special material characteristics

• extreme high compression strength and long term
  temperature resistance
• excellent dimensional stability
• no delamination

Advantages

KV® 3eco combines an excellent insulation capability with an outstanding dimensional stability under extreme stresses and strains.

Ranges of Application

S 4000® is used as thermal insulating board or as mechanical part for heated presses and tools in the plastics-, rubber– and wood processing industry.

Special material characteristics

• long-term temperature resistance
• exceptionally good insulation effect combined with
  high compressive strength
• good chemical resistance against acids and solvents

Advantages

S 4000® offers significant advantages compared to inorganic brittle insulation materials. In comparison to other glass fibre reinforced insulation materials S 4000® offers the same insulation effect with distinctly lowered insulation thickness.

Ranges of application

S 4000® HT is used as thermal insulating board or as mechanical part for heated presses and tools in the plastics-, rubber– and wood processing industry.

Special material characteristics

• long-term temperature resistance
• exceptionally good insulation effect combined
  with high compressive strength
• good resistance against acids and solvents

Advantages

In comparison to other glass fibre reinforced plastics, S 4000® HT allows, the use of significantly less insulation thicknesses to reach the desired insulation effect. Compared to the Quality S 4000® the S 4000® HT provides a higher temperature and pressure resistance.

Ranges of application

XGD® 16 is preferred to use in applications in the tool– and mould making industry where a good insulation effect and a high mechanical strength is required.

Special material characteristics

• high continuous usage temperature
• excellent mechanical strength
• good insulation effect

Ranges of application

XGD® 25 is mostly used in applications of the mould- and tool-making industry, where an excellent insulation effect is needed.

Special material characteristics

• higher insulation effect as standard-insulation materials
• high temperature resistance
• good mechanical strength

Ranges of application

XGD® 60 is mostly used in applications of the tool and mould making industry where a high compressive strength and dimensional stability is needed.

Special material characteristics

• very high compressive strength and excellent insulation effect
• high continuous usage temperature
• reliable dimensional and form stability

Ranges of application

XGD^® 80 combines an effective insulation capability with a high dimension stability under high stresses and strains. This makes XGD^® 80 particularly suitable for applications which needs very high demands on process reliability.

 Special material characteristics

• extreme high compression strength and long-term temperature resistance
• exceptional dimensional stability

Ranges of application

BRA-BOARD® HT 4 is applicable in chemical plants, in apparatus engineering, in foundries, in chimneys, in oil and gas burners and in electronic devices.

Special material characteristics

• high continuous thermal stability
• thermo shock resistance
• non-combustibility
• resistance against aggressive gases in
  industrial furnaces, soldering facilities, chimneys

Advantages

BRA-BOARD® HT 4 offers a very high temperature resistance in combination with an average mechanical strength which allows an easy assembly.

Ranges of application

BRA-BOARD® T is applicable in the construction of chemical plants, in the glass making industry, in induction facilities, in foundries and in thermal high stressed presses.

Special material characteristics

• very high continuous usage temperature
• good compressive strength
• thermo shock resistance
• resistance against aggressive gases in
  industrial furnaces, soldering facilities and chimneys

Advantages

BRA-BOARD® T offers an outstanding high compressive strength in comparison to other fibre cement materials.

Ranges of application

GL® M is applicable in thermal high stressed presses and punch units, in the glass making industry, in welding plants and for extrusion dies.

Special material characteristics

• very high continuous usage temperature
• very high compressive strength
• excellent insulation effect

Advantages

The grade GL® M offers a higher usage temperature than other glass fibre reinforced thermosetting materials. Compared to fibre cement materials GL® M can be used for applications with higher mechanical loads.

Ranges of application

Typical applications of GL® P are in thermal high stressed presses and punch units, in the glass making industry, in welding plants and in extrusion dies.

Special material characteristics

• very high continuous usage temperature
• very high compressive strength
• excellent insulation effect

Advantages

The grade GL® P offers a higher usage temperature than other glass fibre reinforced thermosetting materials. Compared to fibre cement materials GL® P can be used for applications with higher mechanical loads.