Name: Blocking Tester for Plastic Film - Parallel Plate Method
SKU: PHE9I6QY7X
Availability: InStock
Rating: 5 (1 reviews)

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Blocking Tester for Plastic Film - Parallel Plate Method

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Product code: PHE9I6QY7X

Category: Flexible Packaging & Film Testing

The Blocking Reblock Tester—an economical, user-friendly solution for conducting spot checks and quality control of…

Introducing the Blocking Reblock Tester—an economical, user-friendly solution for conducting spot checks and quality control of film and sheet blocking. With digital force resolution down to 0.01 gram, it offers precise measurements.

Blocking Reblock Tester Technical Specifications:

Range	10 - 210 gram test loads
Platen Size	10.16 by 10.16 cm (4.0 by 4.0 in.)
Display Resolution	0.1 g
Device Accuracy	± 0.1 gram
Separation Rate	Equivalent to 90 ml of water
Separation Measurement	LED, accurate to 0.25 mm (0.001 in.)
Separation Distance	1.905 cm (0.75 in.)
Operating Temperature	-30 deg. C (-22 deg. F) to ambient with the use of a cold chamber (not supplied)
Unit Voltage	110/230 VAC, 50/60 Hz
Weight	18 kg (40 lbs.)
Size (H x W x D)	33 x 15 x 44 cm (13 x 6 x 17 in.)

Blocking Reblock Tester Benefits:

Conforms to ASTM D3354 "Blocking Load by Parallel Plate Method, Procedure A."
Electronically measures unwanted static adhesion between film sheets.
Offers increased speed, accuracy, and ease of use compared to traditional balance-water methods.

Blocking Tester for Plastic Film - Parallel Plate Method

The Blocking Reblock Tester is specifically engineered to detect unwanted static adhesion between layers of certain plastic films. Utilizing a compact mechanical balancing system, the BRB incrementally adds weight equivalent to 90 milliliters per minute of water. This approach enhances the precision and efficiency of blocking tests, meeting or exceeding all ASTM D3354 specifications. Featuring a magnetic clamp, the BRB Tester securely holds samples in place, eliminating the need for tape. Force required for separation is displayed in tenths of a gram on an onboard screen. Electronically monitored variables ensure maximum accuracy and repeatability.