Explosion Proof Crane Sold to Australian Wool Processing Factory

The process of wool manufacturing and crane lifting requirements

This cooperative company from Australia now runs a wool processing factory and mainly engage in wholesale of wool products. And the boss told us they would enlarge their company in the future. This time he want to purchase sets of indoor lifting equipment to handing semi-finished wool. We know a lot about this wool processing factory from the pictures the client sent us. And we decide to provide cost-effective liftng solution--3 ton explosion proof crane for heavy loads handling.

Wool is manufactured from the raw fibre into yarn via either the woollen or worsted processing system. Yarn is then manufactured into knitted and woven wool textiles and products. Most Australian wool is used for the manufacture of apparel products. The process of turning the raw wool fibre into fabric involves the production of yarn via two main manufacturing methods: the worsted system and the woollen system.

Advantages of Yuantai explosion proof crane

It is characterized by more reasonable structure, beautiful appearance and strong anti explosion characteristics, 3 ton explosion proof overhead crane is a kind of light duty crane in Yuantai, and it is designed into single girder crane. Explosion proof bridge crane is widely used in chemical industry factory, warehouse, yard.

1. One of the most distinguished features of this bridge crane is strong explosion-proof performance and excellent safety.
2. The explosion proof overhead cranes are with compact structure and strong rigidity.
3. It has light dead weight, reasonable construction and delicate appearance.
4. This crane will significantly improve working efficiency and productivity of your plants in hazardous atmospheres.

Single girder explosion-proof overhead crane assembly and delivery operation

When all testing and approval processes are finished, the Single Girder Ex-Proof crane is ready for shipment for installation and installation. All parts are delivered to the area where the crane will be installed completely and firmly. When the crane arrives at the installation site, all installation and assembly operations are carried out only by our expert personnel working within our company. Large auxiliary components and equipment such as mobile crane required for installation and assembly are obliged to provide the enterprise where the crane will be installed. After the installation and installation is completed and necessary tests are made, the technical personnel and the responsible persons of the company are called to the region for the tests and approval of the crane. Supply of the loads to be used during the test belongs to the enterprise.

We promise that our cranes which passed the tests successfully are approved by the company and delivered to them in compliance with the project and technical specifications. In addition to the documents issued for the delivery of the crane, all necessary auxiliary documents issued by our company are presented to the company by making explanations. In the content of these documents; documents such as warranty specification and warranty certificate, spare parts list, maintenance schedule and maintenance guide, observation and test results, operator's manual, manufacturing conformity certificate, quality certificate, technical specifications and brand lists of materials used. I lost my interest in my interests for the money

Contact us to get the explosion-proof crane price now!

You don't know how to choose the right overhead crane? You care about the overhead crane price? Don’t worry about these, Yuantai crane company provide the whole crane service at very reasonable price, free bridge crane design for your oil and gas business. Contact us now to customize your overhead bridge crane. Besides, thinking following questions can help you send inquiry form:

1. What size is the facility?
2. How heavy are the items the overhead crane will be lifting?
3. How many loads must it lift per hour, and how many hours per day will it be in operation?
4. What range of movement does the crane need?
5. What’s the temperature of the facility? Will there be sizeable temperature changes?
6. Will the crane need to tolerate exposure to certain chemicals, gases, moisture, sunlight, rain, wind, dust, or other potentially harmful factors?
7. Will the crane work with explosive or corrosive materials?
8. Will the lifts require rapid, repeatable lifting or slow, precise crane handling?