Diprane

Diprane is a polyester-based polyurethane system. The system has been developed for applications with high dynamic requirements combined with excellent physical properties and resistance to abrasion and oils.

Diprane 530, Diprane 531 Diprane 590 Diprane 1010 Diprane 641

Diprane M540 Diprane 320 Diprane 1025 FC

 

Instructional video – Diprane 530

 

Quick Processing Guide – Diprane

Diprane – heat manual processing:

1. Bring the ingredients to the recommended temperature.
2. Polyol must be mixed before use – roller stirrer or stirrer mounted in a drilling machine.
3. Weigh out the necessary amounts of polyol and hardener (while using 3-component systems) into a container, and mix.
4. Weigh out a required amount of pre-polymer into a container, and mix for about 1 min.
5. Pour the mixture into a clean container, mix again for several seconds.
6. Place the mixture under vacuum for about 1-2 minutes or until bubbling stops.
7. Pour the mixed ingredients into a heated mould, previously coated with a separating agent.

 

General instructions for polyurethanes processing

 

Hyperlast

Hyperlast is a polyether-based polyurethane system. These polyurethane elastomers exhibit excellent properties, including good tensile strength, rebound resilience and ° excellent low-temperature flexibility, as well as exceptional hydrolysis  stability.

• Hyperlast 101
• Hyperlast 153
• Hyperlast 153 FC
• Hyperlast 201
• Hyperlast T142

 

Instructional video – Hyperlast 101

 

 

Instructional video – Hyperlast 201

 

 

Quick Processing Guide – Heat technology Hyperlast

Hyperlast – heat manual processing:

1. Bring the ingredients to the recommended temperature.
2. Polyol must be mixed before use – roller stirrer or stirrer mounted in a drilling machine.
3. Weigh out the necessary amounts of polyol and hardener (while using 3-component systems) into a container, and mix.
4. Weigh out a required amount of pre-polymer into a container, and mix for about 1 min.
5. Pour the mixture into a clean container, mix again for several seconds.
6. Place the mixture under vacuum for about 1-2 minutes or until bubbling stops.
7. Pour the mixed ingredients into a heated mould, previously coated with a separating agent.

General instructions for polyurethanes processing

 

Rotakote

Rotakote is a polyether-based polyurethane system. Its high reaction swiftness makes it possible to produce rollers (from a few to several meters long) by coating rotating metal cores and then polishing them to achieve the appropriate diameter. The system exhibits hydrolysis resistance and high dynamic resilience.

• Rotakote K3

Rotakote – heat manual processing:

Processing possible only using a specialist machine.