Introduction
Developed from Dr. John Parker’s original method, the Parker Print-Surf (PPS) is designed to accurately measure the surface roughness of sheet materials under conditions similar to those experienced during the printing process.
The sample is clamped between a precision engineered measuring head and a specifically designed backing assembly. It provides the information you need to avoid time-consuming, costly printing problems.
From Messmer Büchel BV, a TMI Group of Companies brand.
Features
- Membrane keypad operation
- Dust purger
- Automatic
- specimen detection
- One-touch statistics display
- Built-in diagnostic routines
- Built-in calibration routine for plastic and paper reference standards
- Calibration device included
- Dual range to measure rougher samples
- Extended clamp pressure range for better printing simulation
- Measures roughness both sides or roughness/air permeance simultaneously (Dual Head Model only)
Specifications
- Number of measuring heads: One or two (58-07-00-0001)
- Roughness range-normal: 0.20 – 6.50μm
- Roughness range-high: 6.0 – 15.0μm
- Air permeance range – ISO 5636/1: 0 – 14.5μm.Pas
- Air permeance range – Bendtsen equivalent: 0-10000ml/min
- Air permeance range- Gurley equivalent: 1-6000s
- Clamp pressures – pre-set: 500, 1000, and 2000kPa
- Clamp pressures – custom setting: 100 – 5000kPa
- Conforms to ISO 8791/4 and TAPPI T555
Instrument Size
Depth: | 558 mm (22 in.) | ||
Height: | 430 mm (17 in.) | ||
Width: | 380 mm (15 in.) |
Connections
Electrical: | 85/264v AC, 47/440Hz 100VA Stable voltage (fluctuation free). | ||
Air: | 550-700 kPa (instrument quality) |
Standards
ASTM D 3786, ASTM D 774, BS 4768, ISO 1328-2:1999, ISO 2758, ISO 2759, ISO 2960
Properties
Porosity, Printability, Roughness, Smoothness
Accessories
- Thermal mini-printer
- Test-Link Data Acquisition Software
- Calibration Disc Set
Applications
Ink and Printability Testing, Medical Product Testing, Package Testing, Paper and Tissue Testing, Surface Property Testing
Industries
Inks and Coatings, Paper and Pulp