Iron mold arc-shaped stone slab

Description

Iron mold arc-shaped stone slab refers to a type of building material that is created by pouring concrete into an iron mold in the shape of an arc. The resulting slab is then finished to resemble a natural stone surface, with different textures and colors applied to create a realistic appearance.

These slabs are commonly used in construction projects that require a visually appealing, yet durable and cost-effective alternative to natural stone. Iron mold arc-shaped stone slabs can be used for a variety of applications, including flooring, walls, countertops, and outdoor landscaping.

Features and benefits of iron mold arc-shaped stone slabs include:

1. Durable: These slabs are designed to withstand heavy foot traffic and other wear and tear, making them ideal for use in high-traffic areas.
2. Cost-effective: Compared to natural stone, iron mold arc-shaped stone slabs are typically less expensive, making them an affordable option for many construction projects.
3. Customizable: Iron mold arc-shaped stone slabs can be customized to match specific design requirements, including size, texture, and color.
4. Versatile: These slabs can be used for a variety of applications, both indoors and outdoors, making them a versatile building material.
5. Low-maintenance: Iron mold arc-shaped stone slabs require minimal maintenance and are easy to clean, helping to reduce long-term costs.

Iron mold arc-shaped stone slab is a cost-effective building material designed to replicate natural stone surfaces. These slabs offer various advantages such as durability, cost-effectiveness, customization, versatility, and low-maintenance. They are commonly used in construction projects that require natural stone surfaces but have budget constraints or other practical considerations.

 

 

Rectangular and hexagonal tiles are used in the coating of large areas like bunker, silos and tank.

Typical applications

Basalt is ideally suited to protect equipment where abrasive materials are conveyed and cause sliding abrasion such as in pipes and bends for pneumatic or hydraulic systems, in cyclones and seperators, in flumes and chain conveyors, in hoppers and silos, mixers, tanks, pulpers, etc.

Data of cast basalt tiles

Chemical component

SiO2	Al2O3	Fe2O3	TiO2	CaO	MgO	K2O	Na2O	FeO	P2O5	MnO
42-45%	13-16%	13-14%	0.022	10-12%	10-11%	0.045	0.045	13-14%	<1%	<1%

Physical property

NO.	ITEM	PERFORMANCE VALVE
1	Specific gravity	2.9-3.05gm/cc
2	Compressive strength	3000-4500kg per sq cm(min)
3	Bending strength	300kg per sq cm(min)
4	Water Absorption	0
5	Solubility in Acids	0.006
6	Hardness	8(MIN.)Moh Scale
7	Modules of elasticity	11.1×104N/mm2
8	Expansion coefficient (room temperature to 60°C)	0.75×10-5/K
9	Thermal Conductivity	1.15W/mk
10	Special Heat Capacity	0.8kj/Kg.K
11	Highest Temperature For application	350°C

Advantages:

• Resistant to friction-induced abrasion
• Heat resistant up to approx. 620 K (approx. 350 °C)
• Resistant to many chemicals and acids
• Perfectly resistant to oxidation
• Extremely smooth on the surface, and therefore has good sliding properties

Standard specification

Thickness (mm)	Length * Width (mm)
16-20	< 200
20-30	< 300
30-50	< 400

What is Cast Basalt?

Naturally occuring basalt rock is quarried, melted, cast and annealed to form a finely crystallised glass, ceramic of extreme hardness (8.5 on the moh scale)

What is it for?

Basalt provides a long lasting lining for static plant over which large volumes or abrasive and/or corrosive materials are passed.

How is it fixed?

Basalt tiles can be bedded and joined in cement or special bonding agents. The agents chosen depend on the application. Tiles can be supplied with a counter sunk central hole for individual bolting onto or in ready-made liner plates and pipes.

Where is it used?

Basalt can resist wear, corrosion and temperatures up to approximately 400 °C; Cast Basalt is generally used in wet material handling situations such as coal chutes and ash sluceways, ash pipelines at power stations and hydraulic granulated slag or sand conveying services . Basalt should be used in light impact areas. If you are in doubt let our sales engineer advise you on an “impact friendly” design.

Application of Giant cast basalt tiles

Other than automobiles, some of the other industries where these are used in include:

• Power
• Coal
• Steel
• Cement
• Pulp & Paper
• Mineral Processing

Cast basalt tiles is mainly used in thermal power plants, steel mills, mines and other parts with heavy wear, such as raw coal bunkers, mine bins, coal unloading trenches, hoppers, ore troughs, flotation machines, chutes and other parts.

• Round coal bunker lining: ultra-thin cast slate 14-20mm thick;
• Coal discharge ditch lining: commonly used 25-30mm thick cast slate;

Coal drop bucket lining

lined with cast slate, generally 25-30mm (high chromium steel is best used for coal drop points);

 

Cast Basalt Tile Lined Elbows

Cast Basalt Tile Lined fittings