What Are Vacuum Wet Press Kerb Stones?

Vacuum wet press kerb stones are high-density durable concrete blocks manufactured using the advanced Vacuum Wet Pressing Process. This method eliminates excess air and moisture from the mix, resulting in stronger, smoother, and more uniform  perfectly shaped kerbs—ideal for roads, real estate layouts, sidewalks, and landscaping projects.

Manufacturing Process: Built for Precision

The wet press process involves:

• Vacuum extraction to remove air and water

• High-pressure hydraulic pressing (up to 400 tons)

• Precision-engineered steel moulds for sharp edges and accuracy

This technology ensures that every kerb stone has:

• Consistent shape and size

• High load-bearing capacity

• Smooth, premium finish

Why Builders Are Replacing Rubber Mould Kerbs?

Traditional rubber mould or hand-cast kerbs often suffer from cracks, irregular shapes, and short lifespans. In contrast, vacuum wet press kerbs offer:

•  Unmatched Durability : Designed to last over 15 years, they easily withstand traffic, water exposure, and weathering.

• Perfect Finish : Smooth, uniform surfaces enhance the aesthetics of roads, commercial campuses, and villa projects.

• Faster Laying, Less Labour : Dimensional accuracy leads to quicker installation and lower workforce cost.

•  Low Maintenance : No frequent repairs, replacements, or reshaping needed.

Where Are These Kerbs Best Used?

Wet press kerb stones are a top choice for:

• Urban and highway projects

• Villa communities and residential layouts

• Hospitals, schools, and universities

• Industrial zones and tech parks

• Gardens, pathways, and landscaping borders

Whether you're working on a government highway project or a private township, vacuum wet press kerbs bring performance and prestige.

Wet Press vs Rubber Mould: A Clear Comparison

Wet press kerbs align better and stay intact even after years of wear.

Vacuum Wet Press Kerb Stones: ISI-Compliant, Highway-Ready, and International-Grade

Made to Meet Standards – Indian and Global

Vacuum wet press kerb stones are engineered to meet or exceed the following specifications:

ISI Specification: IS 7326:2003

• Defines material properties and dimensional tolerances for precast concrete kerbs.

• Requires minimum 25 MPa compressive strength.

• Wet press technology easily exceeds these standards, reaching 30–40 MPa.

MoRTH Guidelines (Ministry of Road Transport & Highways)

• For Class-A kerbs (used on national highways), the requirement is:

• Minimum compressive strength: 25 MPa

• Water absorption: <6%

• Dimensional precision within ±5mm

• Wet press kerbs meet all criteria, making them highway-ready and eligible for government tenders.

International Standards:

• BS EN 1340:2003 (UK/EU Standard): Covers concrete kerb units for external use.

• ASTM C150 / C55 (USA): Standards for concrete masonry units and precast products.

• Wet press kerbs align with these global benchmarks in terms of density, dimensional accuracy, and freeze-thaw resistance.

Quality That Meets the Code :

Vacuum wet press kerb stones combine technical compliance with aesthetic appeal. They’re not just better looking—they’re engineered to meet ISI, MoRTH, and international standards. If your project demands strength, uniformity, and lifespan, this is the kerb solution you need.

Conclusion:

Choose Vacuum Wet Press Kerb Stones from DRSTI Precast for Strength, Finish, and Compliance:

If you're looking for kerb stones that combine durability, precision, and compliance, Vacuum Wet Press Kerb Stones are your best choice. Designed to meet ISI 7326:2003 and MoRTH Class-A specifications, and comparable with international standards like BS EN 1340, these kerbs are ideal for highways, villa layouts, commercial zones, and smart city roads. At DRSTI Precast, we manufacture high-strength, dimensionally accurate Vacuum Wet Press Kerb Stones that not only enhance the look of your project but also reduce maintenance and increase long-term value. Trusted by engineers, architects, and infrastructure developers across India, our kerbs deliver performance that lasts.