Tie Rod Weight Chart Explained (12mm to 25mm Guide)
Tie rods may look like small components, but they play a major role in formwork systems. One of the most important factors contractors consider before purchasing is the tie rod weight chart, as it directly affects load capacity and safety.
Different sizes serve different purposes. For example, 12mm tie rods are commonly used in slab work, while 16mm is widely preferred for wall formwork. For heavy-duty construction, 20mm and 25mm tie rods are more suitable because of their higher strength and ability to handle concrete pressure.
Understanding weight per meter helps engineers avoid costly mistakes like misalignment, leakage, or formwork failure. That’s why professionals always compare both weight and application before finalizing materials.
👉 For a detailed explanation, read this complete guide on tie rod in construction system and applications
👉 If you're planning to purchase, check the latest tie rod price in India with size comparison
👉 You can also explore manufacturer specifications here: formwork tie rod manufacturer in India
Frequently Asked Questions (Tie Rod Weight & Usage)
Q1. What is the standard weight of a tie rod?
Tie rod weight depends on size. For example, 12mm is around 0.89 kg/m, while 25mm can go up to 3.85 kg/m.
Q2. Which tie rod size is most commonly used?
16mm tie rods are widely used for wall formwork due to balanced strength and cost.
Q3. Why is tie rod weight important?
Weight directly affects load capacity. Heavier rods can handle higher concrete pressure safely.
Q4. Does tie rod price depend on weight?
Yes, heavier and thicker rods cost more due to higher material usage and strength.
📩 Get Direct Manufacturer Pricing
Looking for reliable supply of tie rods with accurate weight and strong threading?
- ✔ Bulk supply across India
- ✔ Precision threading & consistent weight
- ✔ Competitive pricing for contractors
👉 Contact for bulk order & quotation:
📧 amcosales1@gmail.com
👉 Explore premium product range: DW15 tie rod system for heavy-duty construction

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