BST Lightweight Hand Scoop

This ergonomically designed scoop is made using BST’s own XDETECT polypropylene co-polymer formulation, which offers market leading detectability, impact resistance, visual brightness and food standards compliance.

From £3.89
Pack Size: 1
Price Per: Unit
SKU: BSTLHS1000
Stock:
Out of stock
Product Features

This ergonomically designed scoop is made using BST’s own XDETECT polypropylene co-polymer formulation, which offers market leading detectability, impact resistance, visual brightness and food standards compliance.

The scoop is designed to be lightweight and is ideal for handling ingredients such as herbs, spices, flour, sugar, salt, seeds, etc. The scoop holds roughly 1Kg worth of content depending on the density.

Despite its lightweight construction the scoop is almost impossible to break due to the outstanding mechanical properties of the polymer.

Product Advantages:

• Lightweight design minimises operator fatigue

• Detectable by both metal detection and x-ray inspection systems

• Shatter Resistant Polymer means near impossible to break

• FDA Approved & EU Compliant for direct food contact

• Displays due diligence in the prevention of foreign body contamination

Detect, Reject, Protect!™ 

More Information
Product Code BSTLHS1000
Pack Size 1
Weight (Kg) 0.096000
Food Contact FDA, EU
Delivery 2 - 3 Working Days
Brand BST
Country of Manufacture United Kingdom
Metal Detectable

A metal detectable product is made fully from detectable materials and has the potential to be detected on most industrial metal detection systems. These materials may be metallic or plastic/rubber with special ferromagnetic additives.

X-Ray Visible

An x-ray visible product is made fully from x-ray visible materials. These may be metallic or plastic/rubber with special high density additives.

Impact Resistant

An impact resistant product is made from a plastic or rubber that is designed not to shatter or snap. These materials make food production items safer and reduces the risk of that product / material becoming a foreign body contaminant.

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