Holding

Thermal stability and strict control of holding times.

Systems integrated into production lines, designed to consolidate previous treatments and optimize the subsequent stages of the production line.

HEAT TREATMENTS

What is Holding

Thermal holding is a strategic phase that allows the product to be kept at a stable temperature for a predefined period. This process is essential to promote specific chemical reactions, enhance the effectiveness of treatments such as pasteurization, or prepare the product for subsequent stages such as cooling or drying.

The value of SARP in process management

Our holding solutions include static, continuous, modular or customized configurations, designed to prevent any type of thermal shock.

Thanks to precise control of speed and flows, we guarantee temperature uniformity throughout the entire batch, preserving structural integrity and improving the quality stability of the final product.

THE SARP APPROACH

Thermal holding management is often used in systems combined with cooling. Depending on the product, it may be necessary to stabilize the product before subsequent treatments to ensure its optimal quality, food safety, and shelf-life conditions.

SARP develops solutions based on

Study of thermo-fluid dynamic conditions

to ensure the product’s real stability over time

Custom design

according to the required temperatures, residence times, and layout constraints

Precise and documentable control of process parameters

to ensure continuity and repeatability

Complete integration with upstream and downstream phases

avoiding discontinuities and unwanted variations

Applications

SARP holding systems are used in various areas of the food industry:

Products packaged in pouches and doypacks, BABY FOOD

Sauces, creams

Prepared dishes and ready meals

Meat, fish, and plant-based preparations

Packaged liquid, semi-liquid, and solid products

Configurations

Configurations are defined based on:

Machinery for the HOLDING process

Machinery for Holding

SARP technology makes it possible to precisely regulate thermal cycles according to the characteristics of the product and environmental conditions, ensuring full preservation of the organoleptic properties, the internal and external structure of the food.