Output capacity range: | 100 kg/hr. to 1000 kg/hr. |
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Temp. range | As per product |
Quench delay | 15 to 20 sec |
Door sealing | Self-weight /cylinder operated |
Skin temp | Ambient +25 degC |
From our variety of product this is a compact pit type furnace with proper designed with heating elements which is the better life with 100% efficiency
Output capacity range: | 100 kg/hr. to 9000 kg/hr. |
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Uniformity/Temp. accuracy | ±5 degC. |
Temp. range | 180 degC to 580 degC |
Quench delay | 15 to 20 sec |
Door sealing | Self-weight /cylinder operated |
Skin temp | Ambient +25 degC |
Our domain expertise has enabled us to come up with an excellent collection of Heat Treatment Furnaces. Our offered furnaces are precisely designed for accommodate various materials and treatment goals by using optimized settings for cooling and heating temperatures, heating and cooling speeds and wait times and ambient conditions. Following the set industry standards, our offered furnaces are manufactured by our adroit professionals using high grade components and latest techniques. These furnaces are rigorously tested against various quality parameters.
Uniformity/Temp. accuracy | ±5 degC. |
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Temp. range | Ref. |
Type of material | Sand core/paint etc. |
Door sealing | Self-weight /cylinder operated |
Skin temp | Ambient +25 degC |
Output capacity range: | 100 kg/hr. to 9000 kg/hr. |
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Uniformity/Temp. accuracy | ±5 degC. |
Temp. control | Through PID temp controller |
Quench delay | 15 to 20 sec |
Lifting and quenching operations | Hydraulic cylinder |
Skin temp | Ambient +25 degC |
We are recognized as the prominent manufacturer and supplier of a wide array of Drop Bottom Furnaces. Our offered furnaces are perfect for heat treatment of aluminum parts. Our provided furnaces are manufactured by our skilled professionals at our well-equipped processing unit using top quality components as per set industry standards. Provided furnaces are highly appreciated in the market due to their easy and quick maintenance, high performance for a long period of time. We offer these furnaces in different sizes as per our customers’ specific requirements.
Output capacity range: | 100 kg/hr. to 9000 kg/hr. |
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Uniformity/Temp. accuracy | ±5 degC. |
Temp. range | As per product |
Quench delay | 15 to 20 sec |
Door sealing | Self-weight /cylinder operated |
Skin temp | Ambient +25 degC |
Tempering, in metallurgy, process of improving the characteristics of a metal, especially steel, by heating it to a high temperature, though below the melting point, then cooling it, usually in air. The process has the effect of toughening by lessening brittleness and reducing internal stresses. Suitable temperatures for tempering vary considerably, depending on the type of steel and designed application; for tool steels, the hardness of which must be retained, the range is usually from 200° to 250° C (400° to 500° F). The term is also used for hardening by cold-working, as in drawing wire or rolling sheet steel.
Output capacity range: | 100 kg/hr. to 9000 kg/hr. |
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Uniformity/Temp. accuracy | ±5 degC. |
Quench delay | 15 to 20 sec |
Door sealing | Self-weight /cylinder operated |
Skin temp | Ambient +25 degC |
We are renowned manufacturer and supplier of supreme quality Carburizing Furnace. Our offered furnaces are widely used for treating alloy steels and low carbon to improve the surface durability and surface hardness of steel-alloy components. These furnaces are manufactured with the help of quality tested components and latest techniques under the strict guidance of trained professionals. To ensure excellent quality our provided furnaces thoroughly tested by our quality experts against various quality parameters. Furthermore, customers can avail these furnaces from us at reasonable prices.
Output capacity range: | 100 kg/hr. to 2000 kg/hr. |
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Uniformity/Temp. accuracy | ±5 degC. |
Temp. range | As per product |
Quench delay | 15 to 20 sec |
Door sealing | Self-weight /cylinder operated |
Skin temp | Ambient +25 degC |
Sintering is the process of fusing particles together into one solid mass by using a combination of pressure and heat without melting the materials. Common particles that are sintered together include metal, ceramic, plastic, and other various materials.
For pure metal solid solutions, the sintering temperature is 2/3 – 3/4 Tm. For example, the sintering of Fe takes place at 1000 °C–1200 °C, and for Cu at 700 °C–900 °C.