A hot air vulcanization equipment

Abstract

The invention discloses hot air vulcanization equipment. The hot air vulcanization equipment comprises a vulcanization tank, and a vulcanization conveying chain is arranged in the vulcanization tank. A vulcanization line feeding inlet combustor and a vulcanization line discharging outlet combustor are arranged on the top of the vulcanization tank. A vulcanization line feeding inlet combustion engine is arranged on one side of the vulcanization line feeding inlet combustor, and a vulcanization line feeding inlet circulating fan is arranged on the other side of the vulcanization line feeding inlet combustor. A vulcanization line feeding inlet air supply channel is arranged below the vulcanization line feeding inlet circulating fan. A vulcanization line air return channel is arranged in the vulcanization tank. A vulcanization line discharging outlet combustion engine is arranged on one side of the vulcanization line discharging outlet combustor, and a vulcanization line discharging outlet circulating fan is arranged on the other side of the vulcanization line discharging outlet combustor. A vulcanization line discharging outlet air supply channel is arranged below the vulcanization line discharging outlet circulating fan. A waste air exhaust fan is arranged in a discharging outlet of the vulcanization tank. The hot air vulcanization equipment has the beneficial effects that the production safety coefficient is high, cost is low, the vulcanization time is short, the vulcanization efficiency is high, and the vulcanization effect is good.

Description

technical field [0001] The invention relates to a vulcanization line, in particular to a hot air vulcanization equipment. Background technique [0002] The vulcanization line is also called the vulcanization production line. It is an essential process step in the production process of plant fiber mattresses. It is mainly to change the physical, mechanical and chemical properties of the fiber material after heating the plant fiber mattress at high temperature. The traditional vulcanization process uses vulcanization equipment such as vulcanization tanks or vulcanization beds, and most of them use microwave vulcanization or far-infrared vulcanization processes. The disadvantages are: plant fiber materials are combustible, and plant fiber materials are easy to burn in a high-temperature and dry environment. Spontaneous combustion occurs, causing damage to plant fiber mattresses and vulcanization equipment. The production risk is high and the cost is high. After curing, you nee...

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Problems solved by technology

The traditional vulcanization process uses vulcanization equipment such as vulcanization tanks or vulcanization beds, and most of them use microwave vulcanization or far-infrared vulcanization processes. The disadvantages are: plant fiber materials are combustible, and plant fiber materials are easy to burn in a high-temperature and dry environment. Spontaneous combustion occurs, causing damage to plant fiber mattresses and vulcanization equipment. The production risk is high and the cost is high. After curing, you need to wait for a period of time, take it out after vulcanization, and put it into the next batch of plant fiber mattresses to be vulcanized to continue vulcanization, which greatly prolongs the vulcanization time and reduces the vulcanization efficiency

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