Name: Olive Green CNC Polyurethane Epoxy Tooling Board High Density 5140
Brand: Yongzhou Lihong New Material Co.，Ltd
SKU: LH-5140MB
Availability: InStock

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Olive Green CNC Polyurethane Epoxy Tooling Board High Density 5140

Product Details:

Place of Origin:	China
Brand Name:	LH-tool®
Certification:	ISO9001:2008 Standard
Model Number:	LH-5140MB

Payment & Shipping Terms:

Minimum Order Quantity:	10 Sheets
Price:	Negotiation
Packaging Details:	Standard Carton Packing
Delivery Time:	15 Days
Payment Terms:	T/T
Supply Ability:	3000 Sheets Month

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Detailed Product Description

Materials:	Polyurethane	Color:	Olive Green
Size:	1500500 1000500	Density:	1.4
Hardness:	84-85	Thickness:	35mm 50mm 75mm 100mm-240mm
Highlight:	CNC Epoxy Tooling Board , Olive Green Epoxy Tooling Board , Density 5140 Epoxy Tooling Board

High density 5140 Olive green Low coefficient of thermal expansion Polyurethane Board CNC Processing

LH-1404 Polyurethane Mold Plate is a market leading, high temperature, medium density synthetic polyurethane die plate designed for the manufacture of accurate and stable models and molds.

LH1404 is suitable for up to 120°C and can be directly used for parts manufacturing. It has excellent dimensional stability and maintains shape at high temperatures.

The LH1404 offers a consistent high quality surface finish and predictable, accurate performance.

Product sizes

LH5140 is available in a standard board size of 1m x 1m at thicknesses of 35 mm to 200 mm

LH5140 is available in a standard board size of 1.5m x 0.5m at a thickness 35-100mm

Storage

The board should be stored in a dry warehouse.

Key Properties

Very easily machined
Good temperature resistance
High impact and good edge strength
High abrasion resistance

Applications

pattern plates, core boxes, tooling jigs, hammer forms

LH-5140 typical Properties

	Typical properties
Colour	Green
Density	1400 kg/m³
Shore hardness	85D
Uniaxial compressive strength	90 MPa	BS EN ISO 604
Uniaxial compressive modulus	1,800 MPa	BS EN ISO 604
Heat distortion temperature	120 °C	BS 2782
Glass transition temperature	150°C	BS EN ISO 11359-2
Coefficient of thermal expansion	38 x 10⁶ / °C	BS EN ISO 11359-2
Tensile strength	68 MPa	BS EN ISO 527
Youngs modulus	1,600 MPa	BS EN ISO 527
Flexural strength	78 MPa	BS EN ISO 178
Flexural modulus	2200 MPa	BS EN ISO 178
Shear strength	30MPa	BS 2782 340A
Izod impact (unnotched)	13 KJ/m²	BS EN ISO 187
Izod impact (notched)	0.9 KJ/m²	BS EN ISO 187