Food-grade stainless steel conveyor belts include chain stainless steel belts, chain plate stainless steel belts, and flat stainless steel belts. These food stainless steel belts offer high heat resistance, strong corrosion resistance, high tensile strength, low elongation, uniform pitch, fast heat circulation, energy saving, and long service life. The standards include crank shaft, straight shaft, diamond shape, single energy-saving type, and double helical types.

Food-grade stainless steel conveyor belts are primarily used for the transportation of food in factory equipment (which mainly includes biscuit factories, dehydrated vegetable factories, canning factories, frozen food factories, instant noodle factories, etc.).

Detailed matters to consider when applying in the environment:

1. In the event that the temperature exceeds 400 degrees Celsius, high-temperature-resistant stainless steel is typically chosen to ensure the conveyor can operate normally in high-temperature environments. Moreover, since the high-temperature-resistant stainless steel conveyor belt may generate heat during operation, adequate spacing should be left during use.

2. In corrosive environments, we should adopt certain anti-corrosion measures to prevent the conveyor from being corroded.

Ensure thorough smoothness, as once parts show signs of wear, it will affect the lifespan of the conveying machine.

4. If the processing space is not particularly large and requires multiple processing cycles, the conveyor machine should have excellent maneuverability and selection capabilities, and be highly adaptable to requests. Conveyor Belt Slippage Solution: Using belts as the carrier for transportation is suitable for various food industries such as drying, steaming, frying, dehumidification, freezing, and for the metal industry's cooling, spraying, cleaning, oil draining, and heat treatment technologies.

Slip Treatment Methods for Stainless Steel Mesh Conveyors

The issue of slippage on the stainless steel conveyor belt of the heavy hammer tensioning stainless steel belt conveyor is addressed. By using a stainless steel belt conveyor equipped with a heavy hammer tensioning installation, the slippage of the stainless steel conveyor belt can be managed by adding counterweights. This should continue until the stainless steel conveyor belt stops slipping. However, it is important not to add too much weight to avoid placing unnecessary excessive tension on the stainless steel conveyor belt, which can reduce its service life.

2. Addressing the slipping of stainless steel belt conveyors equipped with spiral or hydraulic tension. In cases where stainless steel belts on such conveyors slip, the tensioning stroke can be adjusted to increase tension. However, occasionally the tensioning stroke is insufficient, leading to permanent deformation of the stainless steel belt on the conveyor. In such instances, a section of the stainless steel belt can be cut off and re-vulcanized.