Beam Mould

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MOQ : 1 Piece

Beam Mould Specification

Features
Heavy-duty, corrosion resistant, rigid fabrication, detachable base and sides, leak-proof joints

Max Height
150 mm (standard mould)

Automation Grade
Manual

Specimen Size
150 mm x 150 mm x 700 mm (standard), 100 mm x 100 mm x 500 mm (optional)

Application
Laboratory, Industrial, Construction Material Testing

Mounting Type
Base Mount

Number of Specimens
1 unit per mould

Equipment Type
Beam Mould

Accuracy
Precision machining as per IS Standards

Hardness
High structural strength (Cast Iron/Steel construction)

Usage
Industrial

Capacity
For concrete beam casting

Machine Weight
Approx. 8-12 kg (depending on size and material)

Control Mode
Manual

Reusability
Suitable for repeated usage

Side Edition
Side plates and base fitted with firm capping for leak-proof performance

Construction Material
Cast Iron/Steel

Finish
Machined surface, painted or powder-coated

End Fastening
Fitted with strong hardware for tight closure

Maintenance
Easy to clean and maintain

Surface Type
Smooth, machined finish for accurate sample formation

Mould Type
Three-part or Four-part construction (as per requirement)

Beam Mould Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
50 Pieces Per Month

Delivery Time
1 Week

About Beam Mould

We are the manufacturer of Beam mould which are used to prepare concrete specimens for flexural testing of concrete beams.

Product Specification :

Material	- MS
Size -	150x500x500
Weight -	14kg
Color -	blue
Brand -	Hydro Test Instrument
Height	150MM

Durable Construction for Precision Testing

Crafted from cast iron or steel, the Beam Mould boasts a rigid, corrosion-resistant body, ensuring longevity and structural integrity even under frequent use. The machined surface delivers precise beam formation, which is critical for accurate construction material testing in laboratories and industrial environments. Its detachable base and sides facilitate simple assembly, cleaning, and maintenance.

Leak-Proof Performance and Easy Handling

Firm capping, robust end fasteners, and precision engineering result in leak-proof joints, maintaining the integrity of test specimens throughout the casting process. The mould's ergonomic design supports seamless manual operation while the base mount enhances stability. Suitable for repeated use, it meets high standards required in quality control and research applications.

FAQ's of Beam Mould:

Q: How is the Beam Mould used in concrete casting and material testing?

A: The Beam Mould is employed to shape and form concrete into standardized test beams, which are then cured and evaluated for structural properties such as strength and durability. Simply assemble the mould, pour in the concrete mix, ensure firm closure of the sides and base, and allow it to set. Post-curing, the sample can be easily demoulded for further testing.

Q: What makes this Beam Mould suitable for repeated industrial use?

A: Its construction from high-strength cast iron or steel, corrosion-resistant finish, and heavy-duty fastening hardware ensure durability and consistency even with frequent use. The smooth, precision-machined surfaces allow for easy cleaning and accurate specimen formation, making it ideal for repeated laboratory and industrial testing cycles.

Q: When should a three-part or four-part Beam Mould be selected?

A: The choice between three-part and four-part moulds depends on testing requirements and ease of demoulding. Four-part moulds often facilitate easier handling and removal of delicate specimens, especially for larger beams, while three-part moulds are suitable for standard applications with moderate specimen size requirements.

Q: Where is the Beam Mould typically utilized?

A: This mould is used in laboratories, industrial quality control settings, and construction material testing facilities throughout India. Its compliance with IS Standards ensures adaptability to a variety of test protocols involving concrete beam specimens.

Q: What benefits does the machined finish provide for concrete beam formation?

A: A smooth, machined finish creates a uniform mold cavity, ensuring accurate dimensions and surface quality in the concrete test beams. This results in reliable test outcomes and reproducible specimen properties, which are vital for research, development, and quality assurance.

Q: How can the Beam Mould be maintained to ensure longevity?

A: Routine cleaning after each use, along with checking and tightening fasteners, preserves the mould's leak-proof performance and precision fit. The corrosion-resistant finish requires only basic care, making maintenance straightforward and time-efficient.

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