FAQ

We deliver integral solutions for PIPING and FLUID CONDUCTION, through in-depth knowledge of our clients, adding value to their projects and processes by delivering innovative solutions, fulfilling our commitment to quality protocols and solid support.

• Lithium
• Desalination
• Pulp and paper
• Miner pipelines
• Engineering
• Oil & Gas
• Mining

You can write to us at ventas@fastpack.cl or directly in the form on our website.

We have ISO 9001: 2015, ISO 45001: 2018, ISO 14001: 2015, ASME U and ASME PP Certification for the manufacture of Spools, Ponds and coating application and also with National Board (NB) “R” Certification for the repair and / or alterations of pressure retaining ponds.

Our Headquarters & Plant is located in Santa Isabel # 851, Lampa, Chile and we have commercial offices in Antofagasta, Peru and Shanghai

You can find us at:
Linkedin as Fastpack, Instagram as fastpacksa and  Netmin as Fastpack

FIRE PROTECTION SOLUTIONS
Fire protection is called the set of measures that are available in buildings to protect them against the action of fire. These fires result in material losses, property or in the worst case the lives of humans.
Generally, they try to achieve three goals:

• Save human lives
• Minimize economic losses caused by fire.
• Ensure that the activities of the building can be resumed in the shortest period of time possible.

Fire is a combustion reaction characterized by the emission of heat accompanied by smoke, flames, or both.

There are the following types of fire:
A: Wood, paper, cardboard, cloth, plastic etc.
B: Paint, gasoline, oil, etc.
C: Electrical equipment or installations
D: Sodium, potassium, magnesium, aluminum, titanium, etc.
K: Fats, and cooking oils.

Passive protection: it has to do with the materiality of the constructions, seeking to contain the fire, in order to avoid losses, both personal and material, in addition to the spread of flames (compartmentalisation)

Active protection: corresponds to the equipment intended to alert about a fire and prevent it from spreading. For this, these devices act through an automatic or human intervention.

• Cooling
• Segregation or elimination
• Suffocation
• Inhibition

• National fire protection association (NFPA) USA
• Factory Mutual Global (FM Global) USA
• Norma Europea (EN54)
• American Water Works Associatión (AWWA) USA

Detection systems allow alerting against incidents that could cause a fire or explosion. Hence its vital importance, by granting an early and timely notice to be able to activate the containment and contingency plans.

Conventional detection:
• Smoke detectors
• Temperature detectors
• CO detectors
• Analog power plants
Intelligent or addressable detection:
• Smart smoke detectors
• Temperature detectors
• Addressable modules
• Intelligent addressable control panels
Early detection
• Aspiration smoke detection systems
• Linear smoke detection
• Term cable temperature detection
Detection in classified areas and specific risks
• Flame detection
• Detection of explosive and specific gases
• Explosive gas detection stations
• Flame, gas and extinguishing detection units

We offer manual and automatic feint systems

It is a device operated by a force used to modify the flow of fluid in a process. It consists of a valve connected to an actuator that is capable of changing the open / close position on the valve in response to a signal from the control system.

It can be used in various processes in the F&B industry:
• Digesters
• Pasteurizers
• Washers (bottles, cans, containers, etc)
• Adding products
• Fillers
• CIP cleaning systems
• Premacerators, chillers, etc.

Stainless steel, duplex / super duplex titanium in all its grades. Stainless alloy with PFA liner. Hastelloy WCB WCC forged.

Ball valves are ¼ turn, in which a drilled ball rotates between elastic seats, this allows direct circulation in the open position and cuts the passage when the ball is rotated 90 ° and closes the passage.

The butterfly valve is ¼ turn and controls the circulation by means of a circular disc, with the axis of its orifice at right angles to the direction of circulation.

The male valve is ¼ turn, which controls the circulation by means of a cylindrical or conical male that has a hole in the center, this can be moved from the open to the closed position by turning 90 °.

The gate valve is multi-turn, in which the orifice is closed with a vertical flat-faced disc that slides at right angles over the seat.

The knife gate valve is called multiturn, in which the hole is closed with a vertical flat-faced disc that slides at right angles on the seat.

Diaphragm valves are multi-turn and close by means of a flexible diaphragm attached to a compressor. When the valve stem lowers the compressor, the diaphragm seals and cuts off circulation.

The pressure valve is multiturn and closes by means of one or more flexible elements, such as rubber tubes that can be squeezed or pressed together to cut off circulation.

The check valve is intended to prevent a reversal of the circulation. Circulation of the liquid in the desired direction opens the valve; when the circulation is reversed, it is closed.

The control valves have the possibility of regulating the flow almost to zero, completely eliminating the need for a device to decrease the flow (butterfly valve) or a smaller valve mounted in parallel, at the same time ensuring a low pressure drop under "full performance" conditions.