Product Description
EPDM PN16 Rubber Gasket Malaysia | NBR PN16 Rubber Gasket Supplier | Neoprene PN16 Rubber Gasket Malaysia | Silicone PN16 Rubber Gasket Supplier | Viton PN16 Rubber Gasket Malaysia
Technical Specifications & Engineering Details of RUBBER-KU Rubber Gasket PN16 Standard
Industrial Technical Overview
RUBBER-KU RUBBER PRODUCTS manufactures high-performance Rubber Gasket PN16 Standard products engineered according to industrial flange sealing requirements for medium-pressure piping systems up to 16 bar. These industrial gaskets are designed to provide superior sealing performance, high mechanical stability, chemical compatibility, thermal resistance, and long-term operational durability in demanding industrial environments.
As The Best Rubber Gasket PN16 Standard supplier in Malaysia, RUBBER-KU focuses on precision gasket engineering, advanced elastomer compounding, strict dimensional control, and high-quality industrial manufacturing processes to ensure maximum sealing reliability.
PN16 Technical Pressure Classification
PN16 Pressure Standard
PN16=16 bar=1.6 MPa≈232 PSIPN16 = 16\ \text{bar} = 1.6\ \text{MPa} \approx 232\ \text{PSI}PN16=16 bar=1.6 MPa≈232 PSI
PN16 refers to the nominal flange pressure classification according to EN 1092-1 standards.
Technical Meaning of PN16
- PN = Pressure Nominal
- 16 = Maximum nominal operating pressure of 16 bar
PN16 flange systems are commonly used in:
- Water treatment plants
- Industrial piping systems
- Chemical pipelines
- HVAC systems
- Marine engineering
- Utility infrastructure
EN 1092-1 Flange Compatibility
RUBBER-KU Rubber Gasket PN16 Standard products are designed for compatibility with:
- EN 1092-1 flanges
- DIN flange systems
- Industrial PN16 piping systems
- Steel flanges
- PVC flanges
- Stainless steel flange assemblies
Flange Connection Benefits
- Accurate sealing alignment
- Consistent bolt-hole matching
- Uniform gasket compression
- Reliable flange sealing integrity
Available Gasket Types
Full Face Gasket (FF Type)
Technical Structure
- Full flange surface coverage
- Bolt-hole precision alignment
- Complete face sealing design
Technical Advantages
- Improved load distribution
- Enhanced sealing area
- Better flange protection
- Superior anti-vibration properties
Inner Bolt Circle Gasket (IBC Type)
Technical Structure
- Bore-only sealing area
- Positioned inside bolt circle
- Compact gasket geometry
Technical Advantages
- Lower material usage
- Reduced gasket weight
- Efficient sealing compression
- Faster installation process
Available Industrial Rubber Materials
EPDM Rubber Technical Properties
EPDM Characteristics
- Excellent ozone resistance
- Superior UV resistance
- High steam resistance
- Excellent weather durability
- Outstanding hot water compatibility
Typical EPDM Technical Range
- Hardness: 60–80 Shore A
- Operating Temperature:
-40°C to +120°C
EPDM Applications
- Water treatment systems
- Outdoor pipelines
- Cooling towers
- Wastewater plants
NBR Rubber Technical Properties
NBR Characteristics
- Excellent oil resistance
- Fuel compatibility
- Hydraulic fluid resistance
- Strong abrasion resistance
Typical NBR Technical Range
- Hardness: 60–90 Shore A
- Operating Temperature:
-30°C to +100°C
NBR Applications
- Oil & gas systems
- Hydraulic pipelines
- Fuel transfer systems
Neoprene Rubber Technical Properties
Neoprene Characteristics
- Moderate oil resistance
- Excellent weather resistance
- Good flame resistance
- Balanced chemical stability
Typical Neoprene Technical Range
- Hardness: 60–80 Shore A
- Operating Temperature:
-35°C to +110°C
Neoprene Applications
- Marine engineering
- HVAC systems
- Outdoor industrial piping
Silicone Rubber Technical Properties
Silicone Characteristics
- Excellent high-temperature resistance
- Superior flexibility
- Food-grade compatibility
- Medical-grade suitability
Typical Silicone Technical Range
- Hardness: 40–80 Shore A
- Operating Temperature:
-60°C to +230°C
Silicone Applications
- Food processing
- Pharmaceutical systems
- High-temperature sealing
PTFE Technical Properties
PTFE Characteristics
- Exceptional chemical resistance
- Ultra-low friction coefficient
- Non-stick properties
- Corrosion resistance
Typical PTFE Technical Range
- Operating Temperature:
-200°C to +260°C
PTFE Applications
- Chemical plants
- Acid transfer systems
- Corrosive processing environments
Viton Rubber Technical Properties
Viton Characteristics
- High-temperature resistance
- Excellent fuel resistance
- Superior solvent compatibility
- Outstanding chemical durability
Typical Viton Technical Range
- Hardness: 65–90 Shore A
- Operating Temperature:
-20°C to +250°C
Viton Applications
- Petrochemical plants
- Refinery systems
- Aerospace engineering
Available PN16 Gasket Sizes
RUBBER-KU supplies an ultra-wide industrial gasket size range:
Standard Sizes
DN15 | DN20 | DN25 | DN32 | DN40 | DN50 | DN65 | DN80 | DN100 | DN125 | DN150 | DN200 | DN250 | DN300 | DN400 | DN450 | DN500 | DN600 | DN700 | DN800 | DN900 | DN1000 | DN1100 | DN1200 | DN1300 | DN1400 | DN1500 | DN1600 | DN1800 | DN2000
Thickness Options
RUBBER-KU provides multiple gasket thickness options depending on:
- Operating pressure
- Flange condition
- Media type
- Sealing requirement
- Temperature condition
Common Thicknesses
- 1mm
- 1.5mm
- 2mm
- 3mm
- 5mm
- 6mm
- Custom thickness available
Hardness Specification
Rubber hardness is measured using Shore A hardness scale.
Typical Hardness Range
40 Shore A≤H≤90 Shore A40\text{ Shore A} \leq H \leq 90\text{ Shore A}40 Shore A≤H≤90 Shore A
Lower Hardness Advantages
- Better flexibility
- Improved flange conformity
- Excellent low-pressure sealing
Higher Hardness Advantages
- Better pressure resistance
- Reduced extrusion risk
- Enhanced structural stability
Compression Set Resistance
Compression set refers to the gasket’s ability to recover after prolonged compression.
Technical Benefits
- Maintains sealing force
- Reduces leakage risk
- Extends gasket lifespan
- Improves operational reliability
High-quality elastomer compounds ensure low compression set values for long-term industrial sealing performance.
Tensile Strength Performance
Tensile strength measures the gasket’s resistance to breaking under tension.
Technical Advantages
- Improved durability
- Better structural stability
- Enhanced pressure resistance
- Reduced gasket tearing
Typical tensile properties vary according to:
- Rubber compound
- Filler system
- Reinforcement structure
Elongation Properties
Elongation performance allows the gasket to stretch without cracking.
Technical Advantages
- Handles flange movement
- Absorbs vibration
- Compensates thermal expansion
- Improves sealing adaptability
Thermal Resistance Engineering
Temperature Stability
RUBBER-KU Rubber Gasket PN16 Standard products are engineered to withstand:
- Continuous operating temperatures
- Thermal cycling
- Heat exposure
- Outdoor weather conditions
Thermal Engineering Benefits
- Reduced thermal cracking
- Stable sealing performance
- Improved material lifespan
- Better industrial reliability
Chemical Resistance Engineering
Different materials provide different resistance levels against:
- Acids
- Alkalis
- Oil
- Fuel
- Solvents
- Steam
- Water
- Industrial chemicals
Material selection is critical for:
- Media compatibility
- Long-term performance
- Safety compliance
- Industrial reliability
Anti-Vibration Engineering
Rubber gasket elasticity helps absorb:
- Mechanical vibration
- Pump movement
- Pressure pulsation
- Thermal movement
- Equipment vibration
Engineering Advantages
- Reduced flange stress
- Lower maintenance frequency
- Extended equipment lifespan
- Improved operational stability
Precision Manufacturing Technology
CNC Gasket Cutting
RUBBER-KU utilizes advanced CNC cutting systems for:
- Accurate dimensions
- Smooth sealing edges
- Consistent bolt-hole positioning
- Precision gasket geometry
Hydraulic Die Cutting
Hydraulic cutting technology ensures:
- Uniform cutting quality
- High production consistency
- Reduced dimensional variation
Industrial Rubber Molding
Advanced molding systems improve:
- Material density consistency
- Surface smoothness
- Compression characteristics
- Dimensional stability
Surface Finish Quality
High-quality gasket surface finishing improves:
- Flange sealing contact
- Compression efficiency
- Leak prevention
- Installation accuracy
Dimensional Tolerance Control
Strict dimensional control ensures:
- Accurate flange fitment
- Consistent compression load
- Proper sealing pressure
- Reliable industrial performance
Industrial Application Engineering
Water Treatment Systems
Technical requirements include:
- Water resistance
- Pressure stability
- Long-term durability
Oil & Gas Systems
Technical requirements include:
- Oil compatibility
- Fuel resistance
- Pressure sealing integrity
Chemical Processing Plants
Technical requirements include:
- Chemical resistance
- Corrosion protection
- Thermal stability
Marine Engineering
Technical requirements include:
- Saltwater resistance
- Weather durability
- Vibration absorption
OEM & Custom Technical Manufacturing
RUBBER-KU provides:
- Custom gasket dimensions
- OEM engineering support
- Non-standard gasket fabrication
- Technical material consultation
- Industrial sealing design solutions
Quality Control & Testing
Every gasket undergoes inspection for:
- Hardness testing
- Thickness verification
- Dimensional accuracy
- Surface inspection
- Compression performance
- Material consistency
Contact Details
EPDM PN16 Rubber Gasket Malaysia | NBR PN16 Rubber Gasket Supplier | Neoprene PN16 Rubber Gasket Malaysia | Silicone PN16 Rubber Gasket Supplier | Viton PN16 Rubber Gasket Malaysia
| Supplier | : | RUBBER-KU RUBBER PRODUCTS |
| : | rubberku@gmail.com | |
| Phone | : | +603 5191 7961 |
| Fax | : | +603 5191 5961 |
| Location | : | Selangor, Malaysia |
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