Firm and heat retaining electric kiln
An electric kiln, a solid technology, applied in the field of kilns, can solve the problems of connection sealing, performance bottleneck of the firm electric kiln, etc., and achieve the effects of solid structure, long service life and convenient cleaning.
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0082] Example 1: Reference Figure 1~Figure 6 , a strong heat-retaining electric kiln, consisting of a kiln mouth 1, a kiln tail 2, and a cylinder 3 located between the kiln mouth 1 and the kiln tail 2, the kiln mouth 1 and the kiln tail 2 All are provided with doors with hinged switches, and a number of reinforcement sleeves 31 are provided at intervals outside the cylinder body 3;
[0083] The cylinder 3 is arranged obliquely and driven to rotate by the transmission mechanism;
[0084] Described transmission mechanism is made of motor 4 and transmission shaft 5;
[0085] The outside of the cylinder 3 is a stainless steel layer c, the inside is a protective layer made of refractory bricks a, and the middle is a glass fiber cotton insulation layer e filled with thermal insulation materials. The inner wall of the protective layer is provided with a heating resistance wire. The inner wall of the protective layer is also provided with an enamel coating 6, and the enamel coatin...
Embodiment 2
[0089] Example 2: Reference Figure 3~Figure 6 , a refractory brick wall connection structure of an electric kiln, comprising a protective layer composed of refractory bricks a, a brazing hoop b installed in each of the refractory bricks a and welded to the brazing hoop b by welding The stainless steel layer c;
[0090] The brazing hoop b is composed of a hoop b1, a sheet-mounted welding part b3 and a connecting rod b2 connecting the hoop b1 and the welding part b3;
[0091] The connection part a1 of the refractory brick is assembled to form a cylinder, and the hoop b1 of the brazing hoop b is clamped on the cylinder, and extends out the welding part b3 for welding with the stainless steel layer. An annular groove is arranged around the cylinder, and the graphite sealing sleeve d is filled in the annular groove.
Embodiment 3
[0092] Example 3: Reference Figure 5 and Figure 6 , a refractory brick, which is a cube, one side of the cube is rectangular, and four sides of the cube are provided with connecting parts a1;
[0093] The connecting part a1 includes a semicircular slot a11 and a post a12 arranged in the slot a11;
[0094] After the connecting parts a1 of two adjacent refractory bricks are combined, the two clamping grooves a11 form a circular groove, and the two clamping posts a12 form a cylinder located in the center of the circular groove.
[0095] The depth of the locking groove a11 is 1 / 2 of the thickness of the refractory brick.
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More 


