ABS Blanking BS EN1092-1

• Material: Acrylonitrile butadiene styrene (ABS)
• Colour: Light grey
• Size range: 2 inch to 4 inch
• Connection type: Full face blanking flange drilled to BS EN 1092-1 PN16, compatible with PN10
• Function: Used with bolts to blank off or isolate a flanged pipe section
• Approvals: WRAS approval 1703070 where applicable, BSI Kitemark KM60042
• Temperature range: -40°C to 60°C
• Standards: BS EN 1092-1, PN16 and PN10 drillings, BS 5392, BS 5391, EN 10226 1, DIN 2999, DIN DVS 2204 3
• Chemical resistance: Resistant to diluted acids, salts, oils, fats and organic acids, not suitable for petrol, alcohol, organic solvents or vegetable oils
• Applications: Blanking or isolating pipework, system shutdowns, equipment protection and dead end terminations

This ABS blanking flange is designed to seal off the end of a flanged ABS pipeline, creating a safe and secure closure for isolated sections of a system. Manufactured to BS EN 1092-1 PN16 and compatible with PN10 drilling patterns, it pairs with a matching flange and gasket to form a bolted blanking plate. This makes it suitable for both new installations and maintenance scenarios where pipework needs to be safely shut off or protected. Constructed from tough ABS, the flange offers excellent corrosion resistance, impact durability and stability across its operating temperature range. It provides an effective long term blanking solution for industrial, water treatment and processing environments.

• Provides secure isolation: Closes flanged pipe ends for maintenance or system shut off
• Dual drilling compatibility: Matches both PN16 and PN10 bolt patterns for added versatility
• Durable ABS construction: Corrosion free, impact resistant and lightweight
• Suitable for many diluted chemicals: Ideal for process, industrial and water applications
• Kitemark and WRAS approved: Manufactured to strict safety and quality standards
• Easy to install: Bolts directly to a matching flange with a suitable gasket
• Protects system components: Prevents contamination, leakage and ingress during isolation