DLC Vibrating Hammer For Concrete Mould

Price 27000 INR/ Piece

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MOQ : 1 Piece

DLC Vibrating Hammer For Concrete Mould Specification

Usage
Industrial

Material
Mild Steel

Size
290 x 255 x 350 mm

Weight
6 Kilograms (kg)

Color
Black Blue

DLC Vibrating Hammer For Concrete Mould Trade Information

Minimum Order Quantity
1 Piece

FOB Port
Chennai

Supply Ability
1 Piece Per Day

Delivery Time
2 Week

Main Domestic Market
Andhra Pradesh, Punjab, Jharkhand, Dadra and Nagar Haveli, Assam, Central India, Telangana, Sikkim, All India, Jammu and Kashmir, Manipur, Chhattisgarh, Rajasthan, Nagaland, East India, Gujarat, Haryana, Kerala, Bihar, Andaman and Nicobar Islands, , Himachal Pradesh, South India, West Bengal, Karnataka, Maharashtra, Goa, Tripura, Daman and Diu, Pondicherry, North India, Mizoram, Lakshadweep, Uttarakhand, Uttar Pradesh, Delhi, Meghalaya, Madhya Pradesh, West India, Odisha, Arunachal Pradesh, Chandigarh, Tamil Nadu

About DLC Vibrating Hammer For Concrete Mould

Standards:ASTM C 232; EN 480-4

Specification:

Used for the compaction of concrete samples in a mould. Generally the vibratory hammer is found to be a much faster & quicker method as compared to impact hammering. The vibratory hammers are supplied with 1 tamping feet & 1 shank.
Used for determination of the relative quantity of mixing water that will bleed from a sample of freshly mixed concrete.
Dimensions : 290 x 255 x 350 mm
Weight (approx.) : 6 kg

Manufactured in Chennai

Dealership in Chennai

Robust Mild Steel Construction

Designed with precision, the DLC Vibrating Hammer features a durable mild steel body, offering longevity and consistent performance in demanding environments. Its 6 kg weight and ergonomic dimensions make it suitable for both laboratory and industrial applications, enhancing the reliability and accuracy of concrete sample preparation.

Efficient Concrete Compaction

This vibrating hammer ensures precise and thorough compaction of concrete within moulds, eliminating air voids and achieving optimal density. Suitable for use by manufacturers, fabricators, and lab personnel, it enhances the overall quality and strength evaluation of concrete samples, leading to trustworthy test results.

FAQs of DLC Vibrating Hammer For Concrete Mould:

Q: How is the DLC Vibrating Hammer used in laboratory and industrial settings?

A: The DLC Vibrating Hammer is used to compact concrete mixtures in moulds, removing air pockets and ensuring uniform density. In laboratories, it helps prepare precise concrete specimens for testing. In industrial contexts, it supports process consistency and material strength analysis.

Q: What are the main benefits of using this vibrating hammer for concrete moulds?

A: The main benefits include improved compaction, reduced air voids, enhanced consistency in sample quality, and reliable performance owing to its sturdy mild steel construction. This leads to accurate testing and stronger final concrete products.

Q: When should the Vibrating Hammer be applied during concrete testing?

A: The hammer should be used immediately after pouring the concrete mixture into the mould. By vibrating each layer as it is added, you ensure that the concrete is compacted uniformly before it hardens.

Q: Where is this product available for purchase in India?

A: The DLC Vibrating Hammer is available through authorized dealers, distributors, exporters, wholesalers, and retailers across India, making it accessible for a wide range of customers including laboratories, construction companies, and industrial users.

Q: What is the process of using the Vibrating Hammer for concrete moulds?

A: Place the concrete-filled mould on a stable surface, insert the hammer into the concrete, and activate it. Move the hammer around slowly to allow vibrations to disperse air bubbles and compact the material. Repeat for each layer until the mould is fully compacted.

Q: How does this vibrating hammer improve the accuracy of concrete test results?

A: By ensuring uniform compaction, the hammer minimizes inconsistencies and air gaps in concrete samples. This results in test specimens that accurately reflect the properties of the concrete mix, leading to more reliable and repeatable laboratory results.

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