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MS Bolts Weight Charts for Selection PDF

MS Bolts Weight Charts for Selection

Our comprehensive MS bolt weight charts for selection are here to make your selection easier. Whether you are a professional or enthusiast, having the right information at your fingertips is vital for a successful project. With this essential resource, you can choose the right bolts for your specific applications, ensuring optimal performance and safety. Our MS bolt weight charts are meticulously organized and user-friendly, making it easy for you to find the exact information you need, precisely when you need it. Save time and effort by having all the necessary information right at your fingertips. Don’t waste any more time searching for accurate bolt weight information. Trust our MS bolt weight charts for selection and make your projects go smoothly from start to finish.TYPES OF BOLTS VS SCREW

Understanding Bolt Weight Charts:

Importance of Selecting the Right Bolt Weight:

  • Safety: Choosing the appropriate bolt weight is crucial for the safety and structural integrity of the application. Using bolts that are too lightweight may compromise the stability of the structure.
  • Load Distribution: Bolt weight contributes to load distribution. Properly sized bolts help distribute loads evenly, preventing stress concentrations that can lead to failure.
  • Material Compatibility: The weight of the bolt should match the material and design specifications of the joint to ensure optimal performance and longevity.

DOWNLOAD PFD BOLTS CHARTS

Factors to Consider When Choosing Bolt Weight:

Material Strength: Consider the material strength of the bolts in relation to the materials being joined. Bolts with higher strength may be required for heavy-duty applications.

Environmental Conditions: Environmental factors such as corrosion, temperature, and exposure to chemicals can impact the choice of bolt weight. Corrosion-resistant bolts may be necessary in corrosive environments.

Load Requirements: The magnitude and type of load the bolts will bear influence the selection. High-stress applications may require heavier bolts to handle the load.

M.S. HEX FULL THREAD BOLTS WITH NUTS WEIGHT

M.S. HEX BOLTS WEIGHT CHARTS IN MM

APPROX WEIGHT IN KGS FOR 100 NOS. BOLTS WITH NUTS
LENGTH
D I A M E T E R
M 2M 3M 4M 5M 6M 7M 8M 10M 12M 14M 16M 18
12 mm0.050.120.250.400.670.991.462.944.34
16 mm0.050.130.280.450.741.081.593.144.62
20 mm0.150.310.500.811.191.713.344.90
25 mm0.170.350.560.901.301.873.605.267.7210.1214.12
30 mm0.390.620.981.442.033.845.628.2110.8015.02
35 mm0.430.681.071.562.194.105.988.7111.4715.82
40 mm0.460.751.161.692.354.346.359.2112.1416.61
45 mm0.500.811.241.812.514.606.709.7312.8517.42
50 mm0.540.871.331.942.664.857.0510.2313.4418.25
55 mm0.580.931.422.062.835.107.4210.7114.1219.16
60 mm0.620.991.502.182.985.367.7811.2114.8419.92
65 mm0.661.061.592.313.155.618.1411.7115.4320.75
70 mm0.701.121.672.433.315.868.5012.2316.1321.55
75 mm1.181.762.563.476.118.8712.6316.8922.42
80 mm1.241.852.683.636.369.2313.1617.5423.26
85 mm1.932.813.796.619.5813.6618.1824.04
90 mm2.022.933.956.879.9414.1618.8724.88
100 mm2.193.184.267.3610.6615.1520.1626.46
110 mm2.364.587.8911.3916.1821.6528.25
120 mm2.734.958.3812.1417.1822.9429.94
130 mm2.875.308.8812.8218.1824.1631.65
140 mm3.015.599.3813.5119.2325.6433.33
150 mm3.185.879.8814.2520.2427.0334.72
160 mm10.0414.6228.5736.50
170 mm10.4015.5329.9438.17
180 mm11.2616.3430.8639.68
190 mm17.0132.2641.67
200 mm12.1717.7933.1143.10
225 mm19.3136.77
250 mm14.7521.6540.00
300 mm24.6347.17
LENGTH
D I A M E T E R WEIGHT BOLTS WITH NUTS
M 20M 22M 24M 27M 30M 33M 36M 39M 42M 45M 48M 52
25 mm18.73
30 mm19.76
35 mm20.8325.38
40 mm21.8326.6034.97
45 mm22.8327.9336.50
50 mm24.0429.2438.1753.7672.4692.59
55 mm25.0030.6839.3756.1874.6396.15
60 mm26.0431.8540.9857.4776.9298.04125.00161.29185.19277.78
65 mm27.0333.1142.7460.2479.37102.04131.58161.29192.31238.10357.14
70 mm28.0934.4844.2561.7381.97104.17135.14166.67294.12
75 mm29.0735.7145.8764.1084.75108.70138.89178.57200.00250.00
80 mm30.3037.0447.1765.7987.72111.11142.86178.57
85 mm31.2538.1748.5467.5789.29113.64147.06185.19208.33263.16312.50384.62
90 mm32.2639.6850.0069.4492.59116.28151.52192.31217.39
100 mm34.4842.3753.1973.5396.15121.95156.25200.00227.27277.78333.33416.67
110 mm36.5045.0556.1878.13102.04128.21166.67208.33238.10294.12
120 mm38.4647.6259.5281.97106.38135.14172.41208.33250.00357.14
130 mm40.9850.0062.5086.21111.11142.86178.57227.27312.50384.62454.55
140 mm42.7452.6365.7989.29116.28147.06185.19238.10263.16333.33
150 mm45.0555.5668.4994.34121.95151.52192.31250.00277.78
160 mm47.1757.4771.4398.04128.21161.29200.00250.00416.67500.00
170 mm49.0260.2474.63102.04131.58166.67208.33263.16294.12357.14
180 mm51.0262.5079.37106.38135.14178.57217.39263.16555.56
190 mm53.1965.7980.65111.11142.86178.57227.27277.78312.50
200 mm54.9568.4984.75113.64147.06185.19227.27294.12333.33384.62454.55625.00
225 mm60.2492.59156.25
250 mm65.79100.00172.41
300 mm78.13113.64192.31

M.S. HEX BOLTS WEIGHT CHARTS IN INCH

HEX  BOLTS ONLY (WITH NUTS) IN INCHES

M.S. HEX BOLTS WEIGHT CHARTS IN INCH

M.S. HEX  BOLTS ONLY (WITHOUT NUTS) | FULL THREAD

HEX  BOLTS ONLY (WITHOUT NUTS) IN MM

APPROXIMATE WEIGHT IN KGS FOR 100 NOS.
LENGTH
D I A M E T E R
M 1.6M 2M 2.5M 2.6M 3M 3.5M 4M 5M 6M 7M 8M 10M 12
3 mm0.0110.0200.0370.038
4 mm0.0120.0210.0400.0410.048
5 mm0.0130.0230.0430.0440.0530.0840.126
6 mm0.0140.0250.0460.0470.0570.0900.1330.2180.3400.543
8 mm0.0160.0290.0520.0540.0660.1020.1490.2380.3740.5930.855
10 mm0.0180.0330.0580.0600.0750.1140.1640.2630.4080.6430.910
12 mm0.0200.0360.0640.0670.0840.1260.1800.2870.4420.6920.9801.9202.741
16 mm0.0420.0760.0810.1000.1500.2100.3370.5110.7861.1102.1203.021
20 mm0.0880.0930.1180.1730.2410.3870.5800.8911.2302.3203.300
25 mm0.1020.1090.1400.2030.2800.4490.6651.0101.3902.5713.660
30 mm0.3190.5110.7511.1401.5502.8204.023
35 mm0.3570.5730.8371.2601.7113.0714.382
40 mm0.3960.6350.9231.3901.8713.3204.744
45 mm0.4340.6991.0101.5102.0303.5715.102
50 mm0.4730.7591.1001.6402.1813.8235.453
55 mm0.5120.8211.1901.7612.3414.0725.814
60 mm0.5500.8831.2701.8802.5004.3336.173
65 mm0.5890.9451.3602.0102.6614.5836.536
70 mm0.6281.0101.4402.1302.8204.8316.897
75 mm1.0701.5302.2602.9825.0817.257
80 mm1.1301.6202.3813.1415.3307.610
85 mm1.7002.5103.3005.5807.974
90 mm1.7902.6303.4605.8348.333
100 mm1.9612.8803.7716.3379.058
110 mm2.1284.0926.8499.785
120 mm2.5004.4647.34210.504
130 mm2.6324.8087.84911.211
140 mm2.7785.1028.34711.905
150 mm2.9415.3768.85012.626
160 mm9.00912.987
170 mm9.34613.889
180 mm10.20414.706
190 mm15.385
200 mm11.11116.129
220 mm17.668
250 mm13.69920.000
300 mm22.936
APPROXIMATE WEIGHT IN KGS FOR 100 NOS.
LENGTH
D I A M E T E R
M 14M 16M 18M 20M 22M 24M 27M 30M 33M 36M 39M 42M 45M 48M 52
25 mm5.37.09.712.6
30 mm5.87.710.513.6
35 mm6.38.411.314.718.1
40 mm6.89.012.115.719.324.5
45 mm7.39.712.916.720.725.9
50 mm7.810.313.717.921.927.537.950.063.3
55 mm8.311.014.618.923.328.940.052.166.7
60 mm8.811.715.419.924.530.541.754.369.486.2108.7128.2156.3185.2227.3
65 mm9.312.316.220.925.832.143.956.872.590.9111.1131.6161.3192.3238.1
70 mm9.813.017.021.927.033.645.559.574.694.3116.3138.9166.7200.0250.0
75 mm10.213.717.922.928.235.047.661.778.198.0122.0142.9172.4208.3250.0
80 mm10.714.418.724.029.636.549.564.180.6100.0125.0147.1178.6208.3263.2
85 mm11.215.019.525.030.937.951.566.784.7104.2128.2151.5185.2217.4263.2
90 mm11.715.720.326.032.339.453.269.487.7108.7135.1156.3192.3227.3277.8
100 mm12.717.021.928.234.742.457.573.592.6116.3142.9166.7200.0238.1294.1
110 mm13.718.523.730.337.345.561.078.198.0122.0151.5178.6217.4250.0312.5
120 mm14.719.825.332.340.048.564.983.3104.2128.2156.3185.2227.3263.2312.5
130 mm15.721.027.034.542.451.569.487.7111.1135.1166.7200.0238.1277.8333.3
140 mm16.722.428.636.545.054.372.592.6116.3142.9178.6208.3250.0294.1357.1
150 mm17.723.830.138.547.657.576.998.0122.0151.5185.2217.4263.2294.1357.1
160 mm25.331.840.750.060.280.6102.0128.2156.3192.3227.3263.2312.5384.6
170 mm26.733.342.752.663.384.7106.4135.1166.7200.0238.1277.8333.3416.7
180 mm27.635.044.654.967.687.7111.1142.9172.4208.3250.0294.1333.3416.7
190 mm29.136.846.757.569.492.6116.3147.1178.6217.4250.0312.5357.1416.7
200 mm29.838.248.560.272.596.2122.0151.5185.2227.3263.2312.5357.1454.5
220 mm33.353.880.6131.6
250 mm36.558.887.7142.9
300 mm43.970.4102.0166.7

HEX  BOLTS ONLY (WITHOUT NUTS) IN INCHES

M.S. HEX BOLTS WEIGHT CHARTS IN INCH
M.S. HEX BOLTS WEIGHT CHARTS IN INCH

Common MS Bolt Weight Charts:Mild Steel (MS) bolt weight charts provide information on the weight of bolts based on their dimensions (diameter, length, etc.). These charts often categorize bolts into different grades or classes, each designed for specific applications and load capacities.

How to Read and Interpret Bolt Weight Charts:

Diameter and Length: Bolt weight charts typically list bolts by diameter and length. Select the appropriate size based on the requirements of your application.

Grade/Class: Different grades or classes of bolts have varying strength characteristics. Ensure the selected grade meets the required specifications for your project.

Weight per Unit: The weight per unit (e.g., weight per meter or weight per piece) is provided in the chart. Use this information to calculate the total weight based on the quantity required.

Additional Considerations:

Torque Requirements: Bolts need to be tightened to a specific torque. Ensure the selected bolt weight allows for proper torquing without compromising the integrity of the joint.

Industry Standards: Consider relevant industry standards (e.g., ASTM, ISO) for bolt specifications. Adhering to these standards ensures the bolts meet quality and safety requirements.

Examples of Different Bolt Weight Selections:

Light-Duty Application | Selection: A low-strength, lightweight bolt may be suitable for assembling furniture or other non-load-bearing structures where the primary concern is ease of installation.

Medium-Duty Structural Connection | Selection: For moderate load-bearing applications, such as connecting steel beams in a residential structure, a mid-range bolt with a balanced weight-to-strength ratio might be chosen.

Heavy-Duty Industrial Machinery | Selection: In applications where high loads are anticipated, such as securing heavy machinery components, a heavy-duty bolt with a higher weight and greater strength would be selected for durability and safety.

Tips for Using Bolt Weight Charts Effectively:

Define Application Requirements: Clearly understand the load, environmental conditions, and other factors affecting the joint. This will help narrow down the range of suitable bolt weights.

Refer to Standards: Consult relevant industry standards to ensure compliance. Standards provide guidelines on the appropriate bolt grades and weights for specific applications.

Consider Corrosion Resistance: In corrosive environments, prioritize bolts with corrosion-resistant coatings. The bolt weight chart should specify the type of coating and its impact on weight.

Calculate Total Weight: Use the weight per unit information in the chart to calculate the total weight of bolts required for a particular project. Consider both individual bolt weight and the quantity needed.

Tools and Resources for Finding Bolt Weight Charts:

Manufacturer Specifications: Manufacturers often provide detailed specifications and charts for their bolt products. Check with the manufacturer for the most accurate and up-to-date information.

Engineering Handbooks: Engineering handbooks and manuals, such as those from organizations like ASTM or ASME, often include bolt weight charts along with guidelines for their selection.

Online Databases: Explore online databases and resources that compile bolt specifications and charts. These can be valuable references for various bolt types and applications.

Engineering Software: Some engineering software tools include databases or modules that assist in selecting appropriate bolt sizes based on application requirements. These tools can streamline the selection process.

Conclusion and Final Thoughts:

Selecting the right bolt weight is a critical aspect of ensuring the safety and performance of any construction or manufacturing project. Bolt weight charts offer valuable information, and by considering factors such as load requirements, environmental conditions, and adherence to standards, one can make informed choices. Using these charts effectively involves careful consideration of application needs, proper calculations, and consulting reliable tools and resources. Always prioritize safety and compliance with industry standards when working with bolted joints.

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