Royal NP LVL Plank (NZ)

Royal NP Plank LVL is a high-quality, lightweight scaffold plank manufactured in New Zealand by Nelson Pine. The structural uniformity of LVL makes it ideal for ensuring safety and reliability in scaffolding applications. Each Royal NP Plank LVL is made by laminating thin veneers together, enhancing the product's strength and consistency.

Royal NP Plank LVL is manufactured and tested according to the quality-controlled process specified in AS/NZS 4357. Compliance with these standards is verified by third-party auditing through the Engineered Wood Products Association of Australasia (EWPAA), an accredited Product Certification body under the Joint Accreditation System of Australia and New Zealand (JAS-ANZ). Each plank is individually proof tested to confirm its strength.

Features + Benefits:

High Strength and Reliability: Laminated veneers provide consistent strength and durability.
Lightweight and Safe: Ideal for use as scaffold planks, ensuring safety and ease of handling.
Third-Party Certified: EWPAA certification guarantees compliance with AS/NZS 4357 standards.
Individually Proof Tested: Each plank undergoes testing to verify strength and performance.
Product Uses: Suitable for use in scaffolding applications, providing a reliable and lightweight solution for construction projects.
Pack Size:

Description	Size (mm)	Length (mm)	Weight (kg/length)	Pack Qty	Code Number
ROYALplank LVL	230x42	1800	9.72	51	RP2304218
ROYALplank LVL	230x42	2400	12.96	51	RP2304224
ROYALplank LVL	230x42	3000	16.20	51	RP2304230
ROYALplank LVL	230x42	3600	19.44	51	RP2304236
ROYALplank LVL	230x42	4200	22.68	51	RP2304242
ROYALplank LVL	230x42	4800	25.92	51	RP2304248
ROYALplank LVL	230x42	5400	29.16	51	RP2304254
ROYALplank LVL	230x42	6000	32.40	51	RP2304260

Scaffold Platform Duty Categories (as per AS/NZS 1576 & 1577)

Live Load Duty Category	Maximum Span (m)	Working Load Limit (WLL)
Light Duty	2.4	2.2 (inc 1.2kN concentrated load)
Medium Duty	2.0	4.4 (inc 1.5kN concentrated load)
Heavy Duty	1.8	6.6 (inc 2.0kN concentrated load)