The EBRO 88 HPT through blade bidirectional sealing knife gate valve is an industrial valve designed for demanding applications. It features a titanium body, covers nominal diameters DN 200 - DN 600, offers a maximum working pressure of 10 bar across the full bore range, and achieves sealing to EN 12266-1:2012 Rate A. Thanks to its through blade design and bidirectional sealing performance, it is suitable for isolation and reliable shutoff of process pipelines carrying pulp and paper stock, high-consistency slurry, and corrosive chemical media.
88 HPT through blade bidirectional sealing knife gate valve product image
EBRO
88 HPT Through Blade Bidirectional Sealing Knife Gate Valve | EBRO
Product code: 88-HPT
Through blade knife gate valve with bidirectional sealing for pipeline isolation of pulp and paper stock and corrosive media, nominal diameters DN 200 to DN 600.
- Category
- Knife Gate Valves
- Maximum Working Pressure
- DN 200 - DN 600, 10 bar
- Body Material
- Titanium
Specifications
- Body Material
- Titanium
- Nominal Diameter
- DN 200 - DN 600
- Flange Connection Standards
- EN 1092 PN 10; JIS B 2238 10K; ANSI B16.5 Class 150
- Face-to-Face Standard
- Factory standard
- Sealing Class
- EN 12266-1:2012 Rate A
- Maximum Working Pressure
- DN 200 - DN 600, 10 bar
- Sealing Direction
- Bidirectional
- Blade Design
- Through blade
Application scenarios
Pipeline Isolation for High-Consistency Stock in Pulp and Paper
For isolation of pulp and paper stock conveying pipelines. The through blade design enables reliable shutoff of high-consistency and static media, the titanium body suits process conditions requiring high corrosion resistance, and the valve provides bidirectional sealing.
Pipeline Isolation for Corrosive Chemical Media
For shutoff and isolation of process pipelines carrying corrosive chemical media. The titanium body suits process conditions requiring high corrosion resistance; the valve features a through blade design and bidirectional sealing.
Pipeline Isolation for High-Consistency Slurry Transport Systems
For pipeline isolation in high-consistency slurry transport systems. The through blade design enables reliable shutoff of high-consistency and static media; the valve provides bidirectional sealing, nominal diameters DN 200 to DN 600, and a maximum working pressure of 10 bar.
Selection points
Corrosion Resistance of Titanium Body
The body is made of titanium, suitable for process conditions requiring high corrosion resistance.
Through Blade for Reliable Shutoff of High-Consistency and Static Media
Features a through blade design for use with high-consistency and static media, achieving reliable shutoff.
Bidirectional Sealing Capability
The valve provides bidirectional sealing and can be used in applications requiring shutoff in both directions.
FAQ
Which media and process conditions are EBRO HPT knife gate valves suitable for?
The valve has a titanium body and is suitable for process conditions with high corrosion resistance requirements. Its through blade design supports reliable shutoff of high-consistency and static media.
Does the HPT knife gate valve support bidirectional sealing?
Yes. The valve features a bidirectional sealing design with a sealing class of EN 12266-1:2012 Rate A.
What are the nominal diameter and maximum working pressure ranges of the HPT knife gate valve?
The valve covers nominal diameters DN 200 to DN 600; across this range, the maximum working pressure is 10 bar.
Which flange connection standards can the HPT knife gate valve be matched with?
The valve can be supplied with EN 1092 PN 10, JIS B 2238 10K, or ANSI B16.5 Class 150 flange connections. When selecting a valve, ensure its connection standard matches the pipeline flange standard.
What does the through blade design contribute to knife gate valve performance?
The through blade helps achieve good flow characteristics and enables reliable shutoff of high-consistency and static media. For specific media properties, operating pressures, and installation conditions, please verify based on the actual model and application conditions.