About Cube Mould Pvc 150mm
We are offering high-quality PVC Cube Mould 150mm x 150mm x 150mm, specially designed for casting concrete specimens used in compressive strength testing. These moulds are widely used in civil engineering laboratories, construction sites, and quality control departments for preparing standard concrete cubes.
Manufactured from premium-grade rigid PVC material, the mould ensures lightweight handling, corrosion resistance, and easy demoulding compared to traditional cast iron moulds. Its precise dimensions help achieve accurate and consistent test results as per IS and ASTM standards.
Product Specifications:
- Size: 150mm x 150mm x 150mm
- Material: High-quality rigid PVC
- Shape: Cubical
- Finish: Smooth inner surface
- Standard Compliance: IS 10086 / ASTM standards
- Type: Non-metallic, reusable mould
Key Features:
- Lightweight and easy to handle
- Rust-proof and corrosion-resistant
- Smooth internal finish for easy cube removal
- Accurate dimensions for reliable testing results
- Cost-effective alternative to metal cube moulds
- Reusable and durable under normal lab conditions
Applications:
- Concrete compressive strength testing
- Civil engineering laboratories
- Construction quality control testing
- Educational and research institutions
- On-site concrete testing setups
Product Overview:
PVC Cube Moulds are widely preferred in modern laboratories due to their ease of use and maintenance-free nature. They eliminate the issues of rusting and heavy handling associated with metal moulds, making them ideal for frequent testing requirements in the construction industry.
Precision Engineering for Reliable TestingEach Cube Mould PVC 150mm is crafted to strict tolerances, offering consistent dimensions and a smooth surface finish. This guarantees accurate testing results in quality control laboratories, essential for evaluating concrete strength and durability.
Low Maintenance and Exceptional DurabilityMade from high-quality PVC, these cube moulds are resistant to corrosion and designed to withstand the rigors of repeated use in busy testing environments. Users benefit from minimal upkeep, extended mould life, and dependable performance over thousands of cycles.
Optimized for Laboratory EfficiencyWith its ideal mould weight of approximately 7 kg and a simple shaping mode via injection moulding, setup and demoulding processes are quick and hassle-free. The mould's long life span further streamlines laboratory workflow, reducing overhead and replacement costs.
FAQ's of Cube Mould Pvc 150mm:
Q: How is the Cube Mould PVC 150mm used in concrete specimen casting?
A: The Cube Mould PVC 150mm is filled with fresh concrete to form standardized test specimens. Once the concrete sets and cures, the cube is removed and tested to assess the concrete's compressive strength.
Q: What benefits do PVC moulds offer compared to metal alternatives?
A: PVC moulds deliver superior corrosion resistance, significantly reducing maintenance needs and extending lifespan. Their lightweight nature also makes them easier to handle, without compromising on structural precision or durability.
Q: When should quality control laboratories opt for this specific cube mould?
A: Quality control labs should use this Cube Mould when they require highly accurate, repeatable concrete casting for strength testing, especially if they value minimal maintenance and long service life.
Q: Where can the Cube Mould PVC 150mm be sourced in India?
A: This product is available through manufacturers, service providers, suppliers, and traders across India. Interested buyers can reference product code PVC150CM for detailed inquiries or orders.
Q: What is the process of demoulding a concrete cube from the mould?
A: After the concrete cures, the PVC mould's smooth surface enables easy removal of the specimen without damaging its edges or surface, ensuring an optimal shape for testing.
Q: How does the smooth surface finish benefit concrete testing?
A: A smooth surface finish ensures even contact points for compressive strength testing, reducing the risk of inaccurate results due to surface irregularities.