FIBREX PAPERSTAR “PAPER”
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Thickness: 0.305 to 0.635 mm
Width: 30.0 mm to 120.0 mm ± 0.2 mm
Length: up to 11 m ± 1.0 mm
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Sliding angle: 0° to 45°
Bevel length: Upon customer request
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Hardened and tempered carbon “Spring” steel. Blue surface treatment.
Roughness (Ra): < 0.5 mü
Flatness: < 0.3%
Straightness: < 0.2 mm over 3 m
Hardness: 500 - 600 Vickers
UTS resistance: 1600 - 2000 N/mm2
(Ultimate Tensile Strength)
TECHNICAL INFORMATION
CEARMIC TIP
High-performance coating blades are engineered from wear-resistant carbide to withstand heavy abrasion while maintaining a precise metering edge. Optimized in geometry, finish, and stiffness for specific paper grades and speeds, they ensure uniform coat weight and superior surface quality in demanding applications.
Ceramic treatment by thermal spraying
Hardness: 1000 - 1400 HVIT Vickers (BLUE)
800 - 1200 HVIT Vickers (GENTLE)
Finishing by precise diamond grinding and polishing
Roughness (Ra): <0.2 mü
COATING FEATURES
A high-performance, Swiss-made range of coated blades engineered to meet individual customer needs and deliver outstanding results in tissue and paper production.
Engineered for maximum precision and performance: Through our premium PAPERSTAR product lines, Daetwyler FIBREX delivers custom coating blades (0.30–0.70 mm) and creping blades (0.60–1.25 mm).
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High durability for high speed machine, pre- & top-coat
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Improved coated paper quality for top-coat position, low to medium speed.
Reduce wear on the Yankee and optimal tissue quality
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These wear-resistant, coated blades ensure consistent product quality while significantly reducing resource consumption during production.
KEY FACTS
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The edge protection ensures that the coating of the product remains fully protected until it is used on the machine and reduces the risk of injury for workers.
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This versatile range boosts your production efficiency while ensuring consistently high tissue quality across all your products.
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This coated blade solution ensures highly efficient production while keeping resource consumption to a minimum.
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This advanced solution minimizes vibrations to eliminate chatter marks, ensuring flawless surface quality and highly sustainable, cost-efficient manufacturing.