Application industry
Wood Panel Processing
Specific thermal insulation is imperative in the fabrication of wood-based panels since the hot presses used are subject to high thermal, mechanical and chemical stresses.To establish a complete thermal insulation system is a huge challenge as various insulation requirements are imposed by our customers in this industry. Typical application cases are described below:
Insulation of the frame or piston
Cover of the heating plates
Thermal protection of the cross-beams against high temperatures in column presses
Thermal isolation of testing and measuring instruments
Compensation pads to maintain the parallelism of heating plates
Throughout continuous effort in investigating thermal insulation technologies for wood processing industry, Keeprecision has established a complete insulation system, correspondingly. Our thermal insulation solutions feature the following advantages:
A uniform temperature distribution that guarantees the reproducible quality
Less thermal stress on the seals and sleeves due to less heat conduction by the piston
Shorter heating up time and huge energy-saving effect realized by reduced heat loss
Apparent reduction of frame distortion due to compression-resistant heat separation between the heating plate and ram or heating plate and mounting platen
Estimable service life thanks to Keeprecision thermal insulation solutions
>> Our technicians and engineers will be happy to advise you.
Typical Application Industries
Continuous Hot-press |
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Piston heat insulation | Frame heat insulation parts | Surface heat insulation |
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Short Cycle Hot-press |
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Piston heat insulation | Frame heat insulation parts | Surface heat insulation |
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Multi-layer Hot-Press |
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Piston heat insulation | Frame heat insulation parts | Surface heat insulation |
Wood Panel Processing(Click the product name to know more about the product details)
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- Brand name
- Long-term Temperature
- Short-term Temperature
- Thermal Conductivity
- Compressive Strength
- Flexural Strength
- Product type
- Keeprecision-110-BR
- 110℃
- 110℃
- 0.20W/mK
- 320N/mm2
- 100N/mm2
- Standard type
- Keeprecision-120-BL
- 120℃
- 120℃
- 0.20W/mK
- 300N/mm2
- 135N/mm2
- Durable type
- Keeprecision-200-BU
- 200℃
- 210℃
- 0.18W/mK
- 330N/mm2
- 140N/mm2
- Standard type
- Keeprecision-200-GN
- 210℃
- 220℃
- 0.19W/mK
- 580N/mm2
- 380N/mm2
- High pressure type
- Keeprecision-200-GR
- 200℃
- 210℃
- 0.18W/mK
- 330N/mm2
- 140N/mm2
- Economic type
- Keeprecision-200-WH
- 200℃
- 230℃
- 0.13W/mK
- 300N/mm2
- 200N/mm2
- Energy-saving type
- Keeprecision-200-YE
- 200℃
- 210℃
- 0.19W/mK
- 600N/mm2
- 380N/mm2
- High pressure type
- Keeprecision-210-GN
- 210℃
- 210℃
- 0.17W/mK
- 340N/mm2
- 150N/mm2
- Economic type
- Keeprecision-220-BR
- 230℃
- 250℃
- 0.21W/mK
- 600N/mm2
- 500N/mm2
- High pressure type
- Keeprecision-220-YE
- 220℃
- 230℃
- 0.22W/mK
- 350N/mm2
- 530N/mm2
- Durable type
- Keeprecision-250-BL
- 250℃
- 260℃
- 0.23W/mK
- 560N/mm2
- 400N/mm2
- Durable type
- Keeprecision-250-BR
- 250℃
- 260℃
- 0.22W/mK
- 600N/mm2
- 360N/mm2
- High pressure type
- Keeprecision-250-GN
- 250℃
- 260℃
- 0.22W/mK
- 660N/mm2
- 760N/mm2
- Bending type
- Keeprecision-250-RD
- 250℃
- 260℃
- 0.22W/mK
- 570N/mm2
- 410N/mm2
- Durable type
- Keeprecision-280-GN
- 280℃
- 290℃
- 0.18W/mK
- 580N/mm2
- 400N/mm2
- High temperature type
- Keeprecision-280-WH
- 280℃
- 290℃
- 0.20W/mK
- 400N/mm2
- 120N/mm2
- Energy-saving type
- Keeprecision-310-BL
- 310℃
- 350℃
- 0.22W/mK
- 360N/mm2
- 380N/mm2
- High temperature type
- Keeprecision-600-SL
- 600℃
- 600℃
- 0.12W/mK
- 400N/mm2
- 200N/mm2
- High pressure type