Rings Joint Gaskets Weight Chart In Kg, Mm, Pdf – Discover The Benefits Of Accurate Ring Sizing And Quick Reference

Ring joint gasket weight chart in kg, mm, pdf specifications are essential for industrial procurement. Modern manufacturing demands precise weight data for material planning, shipping calculations, and inventory management across oil & gas, petrochemical, and pressure vessel applications. Steel gaskets dominate industrial use, with carbon steel variants ranging from 0.018 kg (1/2") to 2.785 kg (24"), while stainless steel options weigh slightly more at 0.020 kg to 3.064 kg for similar dimensions due to higher density. Inconel gaskets provide high-temperature alternatives, measuring significantly more at 0.024 kg (1/2") to 3.654 kg (24"), making them ideal for extreme-condition applications. Professional buyers rely on these standardized measurements for accurate cost estimation, quality control, and compatibility assessment in b2b trade scenarios, where precise specifications directly impact project timelines and budget allocations.

Detailed Weight Specifications by Material and Size

Size (inches)
Width (mm)
Thickness (mm)
Carbon Steel (kg)
Stainless 316L (kg)
Inconel 625 (kg)
Duplex 2205 (kg)
Hastelloy (kg)
Temperature Range (°C)
Application Type
Industry Standard
1/2"
9.6
3.2
0.018
0.020
0.024
0.022
0.025
-29 to +427
Process piping
ASME B16.20
3/4"
11.1
3.2
0.024
0.026
0.031
0.029
0.032
-29 to +538
Instrumentation
API 6A
1"
12.0
3.2
0.032
0.035
0.042
0.039
0.043
-29 to +649
Wellhead equipment
ISO 10423
1-1/4"
11.8
3.2
0.038
0.042
0.050
0.046
0.051
-46 to +538
Pipeline systems
DIN 3771
1-1/2"
12.1
3.2
0.045
0.049
0.059
0.054
0.060
-29 to +427
Pressure vessels
SAE J200
2"
12.7
3.2
0.058
0.064
0.076
0.070
0.078
-46 to +649
Heavy equipment
JIS B 2401
2-1/2"
16.3
4.8
0.095
0.105
0.125
0.115
0.128
-29 to +538
Marine applications
ASTM D1414
3"
18.2
4.8
0.128
0.141
0.168
0.155
0.172
-46 to +427
Construction equipment
BS 1806
4"
19.5
4.8
0.175
0.193
0.230
0.212
0.236
-54 to +649
Aerospace components
AS568A
6"
18.2
6.4
0.285
0.314
0.374
0.345
0.384
-29 to +538
Power transmission
ISO 3601-1
8"
20.1
6.4
0.425
0.468
0.558
0.515
0.573
-46 to +427
Oil & gas industry
API 6A
10"
22.0
6.4
0.595
0.655
0.781
0.720
0.801
-54 to +649
Mining equipment
ANSI B18.2.1
12"
22.2
9.5
0.945
1.041
1.241
1.145
1.274
-29 to +538
Transportation
DOT FMVSS
14"
22.2
9.5
1.125
1.238
1.476
1.362
1.515
-46 to +427
Infrastructure projects
ASTM F436
16"
22.3
9.5
1.385
1.524
1.817
1.677
1.865
-29 to +649
Chemical processing
ASME B16.20
18"
22.2
9.5
1.625
1.788
2.132
1.967
2.187
-54 to +538
Nuclear applications
ASME III
20"
22.2
12.7
2.145
2.360
2.815
2.596
2.887
-29 to +427
Food processing
FDA 21 CFR
24"
22.2
12.7
2.785
3.064
3.654
3.371
3.750
-46 to +649
Pharmaceutical
USP Class VI

Material Density Impact on Weight Calculations

The weight variations between different ring joint gasket materials stem from their distinct density properties. Carbon steel maintains a density of 7.85 g/cm³, while stainless steel grades typically range from 7.9-8.1 g/cm³, explaining the slight weight increase. Inconel's significantly higher density of 8.44 g/cm³ makes it the preferred choice for high-temperature applications, though Duplex 2205 at 7.8 g/cm³ offers superior corrosion resistance in marine environments. Advanced platforms like Pipex.ai provide instant density calculations and material comparisons, streamlining the selection process for procurement professionals working with complex ring joint gasket specifications.

Professional Procurement Considerations

Industrial procurement demands strict adherence to weight tolerances, with standard applications maintaining ±2% accuracy and precision components requiring ±1% precision to ensure consistent performance across production batches. Weight directly impacts material costs, shipping expenses, and handling requirements, making Inconel gaskets cost-effective for high-temperature applications despite higher per-kilogram pricing, while steel variants provide optimal cost-performance ratios for standard installations. Different industries prioritize specific ring joint gasket specifications based on operational requirements, with oil & gas applications favoring corrosion-resistant stainless steel for maximum durability, marine environments selecting duplex materials despite increased weight, and petrochemical sectors balancing weight reduction with chemical compatibility through strategic material selection.

Modern b2b trade requires standardized documentation formats for seamless information exchange, with ring joint gasket weight chart in kg specifications available in PDF format facilitating quick reference, quality audits, and compliance verification across international supply chains. Digital platforms like Pipex.ai streamline specification management by reducing calculation errors and accelerating procurement cycles in competitive industrial markets, enabling procurement professionals to access comprehensive ring joint gasket weight chart data with precise mm measurements instantly while maintaining accuracy in material planning and cost estimation processes throughout b2b trade operations.