| |
||||||||
| |
|
|
|
|
|
|
|
|
|
|
|
|
||||||
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
|
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
|
Project Engineering: Ovens, Kilns & Furnaces
Our manufacturing facility located in Chattanooga, Tennessee, is approximately 30,000 square feet. Our manufacturing facility utilizes CNC press break machines, plasma cutting machines, CNC sheers, and state-of-the-art CAD/CAM processes in the manufacturing of our world class quality products. Out mission is to be the industry leader in non-standard products, engineered to meet the customer's need in each unique process. We will do this by leading the industry in price, quality, design time, proposal turn around, delivery, and service. We will never forget why we are in business...The Customer. Our capabilities include an engineering staff that has more than six decades of experience designing custom precision process equipment. We pride ourselves on designing and manufacturing our equipment around each customer's unique need. We design our equipment to meet the need of the customer; therefore, customizing is our specialty. Our customers get products which meet their needs. They do not have to make their needs meet our product. What separates us from the competition? We are large enough to handle any project, yet we remain flexible to ensure the customer's needs are met. No matter if your project is budgeted for next year, next quarter, or next month we will work with you to make sure your goals are met. Ceramic Industry Conveyor Elevation at the Load End is Approximately 2' Above the Finished Floor The Product Remains at the 2' Elevation for about 2' and Then Begins to Incline Conveyor Elevation at the Discharge End is Approximately 13' Above the Finished Floor The Conveyor is Fabricated from Heavy Gauge Carbon Steel and Painted The Conveyor Belt has Approximately 18" of Width Between the Side Guards Leveling Mounts are Included on All Support Legs to Allow for Adjustment During Installation Friction Material Industry Four Independent Heating Zones and One Cooling Zone Indexing Conveyor System Uses a Clutch and Brake System to Ensure Indexing Accuracy from Zone to Zone Heat Source - Electric (gas optional) Number of Independently Controlled Zones Can Be Increased or Decreased to Fit Customer's Process Approximate Dimensions 10' W x 30' L x 10' H Frictional Material Industry Heat Source - Electric SCR Control for the Heat Maximum Operating Temperature of 450º F Over Temperature Control Structural Steel Framework with Steel Double Wall Insulated Panels Approximate Overall Dimensions of 15'8" W x 8' H x 43' L Interior Dimensions of 11'8" W x 12' H x 37'6" L Oven Utilizes 2 Heaters and 2 Circulation Fans to Provide a Forced Air Circulation Oven Utilizes 2 Vertical Opening Doors at Both the Entrance and Exit End of the Oven A Forced Air Cooling Zone is Located at the Exit of the Oven The Oven is Controlled Via a PLC The PLC Controls the Heat, Fans, and Indexing of the Conveying System Magnesium Recycling Industry Heat Source - Electric Heat is Controlled Via SCR Maximum Operating Temperature of 600º F Over Temperature Control is Included Structural Steel Framework with Steel Double Wall Insulated Panels Approximate Overall Dimensions of 9' W x 17' H x 40' L Approximate Interior Dimensions of 5 W x 1' H x 30' L The Overall System, Including Conveying System, is Inclined at 17º Exit Point of the Conveyor is Designed to be 14 Feet Above the Finished Floor Ceramic Filter Industry Heat Source - Gas Maximum Operating Temperature - 400° F Overall Dimensions 8' W x 9' H x 107' L Interior Dimensions 38" W x 22" H x 99' L 38" Wide Variable Speed Conveying System Structural Steel Framework with 4" Thick Steel Double Wall Insulated Panels Heated Chamber is Divided Up into 3 Independent Zones of Control Variable Speed Circulation Fans PLC Control Food Industry Stainless Steel System Includes Fryer/Oven Skid and Equipment Skid Heat Provided by Electric Heaters and Heat Exchangers |
|
|||||||||
 |
 |
 |
||
 |
 |
 |
 |
||
