What applications is the TestPAC used for?

The TestPAC is used for leak testing, hydrostatic pressure testing, isostatic pressing, crimping and small power tools, hydraulic presses, water injection blast cleaning, hydraulic tube pulling/swaging, armaments manufacture, and military & aircraft applications.

TestPAC / High Pressure Liquid System · Up to 1,00,000 PSI / Compressed Air Powered · Self-Contained · Portable / Defence · Military · Industrial Noida · India

TestPAC

High pressure portable
testing unit.

Self-contained · compressed air powered · liquid pressure up to 1,00,000 PSI · no heat, flame, or spark risk · stainless steel frame. Designed for on-site high pressure testing.

Request proposal Key features

TestPAC High Pressure Portable Testing Unit — Neometrix

Fig · 01 TestPAC — self-contained high pressure unit, compressed air powered

Max Pressure

1,00,000PSI

Power Source

CompressedAir

Frame

StainlessSteel

Configuration

Portable& Self-Contained

Overview

On-site. High pressure. Self-contained.

Designed to provide on-site high pressure testing wherever you need it — no external utilities, no flame, no spark.

TestPAC High Pressure Testing Unit — Assembly View

Fig · 02 TestPAC assembly — portable stainless steel frame configuration

TestPAC is designed to provide on-site high pressure testing. These units are self-contained and powered by compressed air. They can generate liquid pressure up to 1,00,000 PSI — a complete assembly for testing your particular equipment, with continuous pressure generated by a high pressure pump.

The TestPAC requires no heat, flame, or risk of spark, making it safe for use in sensitive environments including defence, armaments, and military & aircraft facilities. Pump seals are self-lubricated, requiring no external air line lubricator, and the unit is designed for reliable, easy-to-maintain, compact, and robust operation.

Up to 1,00,000 PSI. Compressed air powered. No flame. No spark. On-site.

With a stainless steel frame as standard and a portable configuration, the TestPAC is suited for both fixed facility and field deployment applications. Low voltage electric power is also required for operation.

Key Features

What makes TestPAC different.

Feature · 01

No Heat, Flame, or Spark

The TestPAC produces no heat, flame, or risk of spark during operation, making it safe for use in sensitive and restricted environments.

Spark-Free · Flame-Free · Safe

Feature · 02

Infinitely Variable Cycling Speed

Infinitely variable cycling speed (flow rate) allows precise control of pressurisation rate to suit different test requirements and equipment types.

Variable Flow Rate · Precise Control

Feature · 03

Continuous Stop/Start Operation

No limit or adverse effect to continuous stop/start applications — the unit can be cycled repeatedly without performance degradation.

Continuous Cycling · No Degradation

Feature · 04

Portable Configuration

Designed for on-site deployment with a portable configuration. Take the TestPAC to the equipment rather than moving heavy equipment to a test facility.

Portable · On-Site Testing

Feature · 05

Self-Lubricated Pump Seals

Pump seals are self-lubricated, requiring no external air line lubricator. Reduces maintenance requirements and simplifies on-site operation.

Self-Lubricated · Low Maintenance

Feature · 06

Stainless Steel Frame

Stainless steel frame as standard — robust, corrosion resistant, and suited for industrial and defence environments including field conditions.

SS Frame · Standard · Robust

Feature · 07

High Pressure Storage

Integral high pressure storage allows the unit to maintain and hold pressure for leak testing and sustained hydrostatic test procedures.

Pressure Storage · Sustained Hold

Feature · 08

Snoop / Soap Solution Leak Check

Compatible with Snoop/soap solution for joint leak checking — a simple and effective method for locating leaks at joints and fittings under pressure.

Leak Detection · Joint Check

Feature · 09

Low Voltage Electric Power

Only low voltage electric power is required for operation alongside compressed air, reducing electrical infrastructure requirements at the test site.

Low Voltage · Compressed Air

Image Gallery

The unit, three views.

TestPAC High Pressure Testing Unit — View 1

TestPAC High Pressure Testing Unit — View 2

TestPAC High Pressure Testing Unit — View 3

Applications

Where the TestPAC works.

High pressure testing across defence, armaments, industrial, and field applications.

A · 01Leak testing machine — pressurised leak detection for assemblies, joints, and fittings

A · 02Hydrostatic pressure testing — proof and burst pressure testing of vessels, pipes, and components

A · 03Isostatic pressing — uniform pressure application for material compaction and forming

A · 04Crimping and small power tools — hydraulic power for crimping operations and tooling

A · 05Hydraulic presses — driving hydraulic press operations with continuous high pressure supply

A · 06Water injection blast cleaning — high pressure water injection for surface cleaning applications

A · 07Hydraulic tube pulling / swaging — high pressure hydraulic force for tube forming operations

A · 08Armaments manufacture — isostatic and hydrostatic testing of ammunition and ordnance components

A · 09Military & aircraft — high pressure testing of military equipment, aircraft hydraulic components, and assemblies

FAQ

Common questions.

Q · 01What is the TestPAC and what does it do?

TestPAC is designed to provide on-site high pressure testing. These units are self-contained and powered by compressed air. They can generate liquid pressure up to 1,00,000 PSI — a complete assembly for testing your particular equipment, with continuous pressure generated by a high pressure pump.

Q · 02What maximum pressure can the TestPAC generate?

The TestPAC can generate liquid pressure up to 1,00,000 PSI.

Q · 03What power source does the TestPAC require?

The TestPAC is self-contained and powered by compressed air. Low voltage electric power is also required for operation.

Q · 04Does the TestPAC pose any fire or spark risk?

No. The TestPAC produces no heat, flame, or risk of spark during operation.

Q · 05Is the TestPAC portable?

Yes. The TestPAC is designed in a portable configuration with a stainless steel frame as standard, making it suitable for on-site high pressure testing wherever the equipment is located.

Q · 06What maintenance does the TestPAC require?

The TestPAC is designed to be reliable, easy to maintain, compact, and robust. Pump seals are self-lubricated, requiring no external air line lubricator, which significantly reduces routine maintenance requirements.

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