Description

CE Certified · REACH Compliant

ALIEN MP-264 L2 Back Protection

Full Back Protector · EN 1621-2:2014 · Level 2

Protection Level
2

TECHNICAL SPECIFICATIONS
Weight Approx. 315 g (Size M)
Dimensions (L/W/H) Approx. 365/235/13 mm
Protection Level Level 2
Residual Force avg. 8.15 kN
Certification EN 1621-2:2014
Protection Area Full Back
Sizes S, M, L and XL (WS: 39-42, 42-45, 45-47, 47-49)
Colour Orange
Material Reactive Viscoelastic Core
ALIEN MP-264
Protection

Key Features

Next-generation reactive viscoelastic core
Regular cell morphology for even energy distribution
Level 2 in ambient and wet conditions
Optional cold temperature test (T-)
Aerodynamic air channels for excellent circulation
Removable pocket fit
APPLICATION
Shock absorber protector for motorcycle garments, military camouflage and police suits.
PACKAGING
70 pcs per box (Size M), 60x35x45 cm. Store in a dry place.
CHEMICAL STABILITY
Tested per EU 2016/425. REACH-approved raw materials.
TERMS OF USE
Removable & re-insertable. Hand-wash up to 30°C, separately. Reusable unless broken. Keep dry.
Engineered by Chemistry

Production & R&D Process

Reactive Viscoelastic Polyurethane Chemistry.

Each unit is produced from a specially formulated viscoelastic core whose regular, controlled cell morphology distributes impact energy across a wider surface area. Shore A hardness, wall thickness and process parameters are tracked at every batch so flexibility, weight and damping stay within a tight, repeatable window. Formulations use REACH-approved raw materials, and production runs on tightly monitored injection moulding.

MATERIAL CHEMISTRY
Reactive Viscoelastic Core
Multi-character viscoelastic core with regular cell morphology that distributes impact energy across a wider surface area.
PROCESS TECHNOLOGY
Shore A Tracking & Moulds
Aerodynamic air channels built into the tooling; hardness, wall thickness and process parameters are monitored per batch.
VALIDATION
EN 1621 Impact Testing
Every series, produced with REACH-compliant raw materials, is validated to the EN 1621 impact methodology.

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