Description
Maad Wood
“Maad Wood” was introduced to the market in 2016 as a product of Awring Maad Sanat Company, resulting from a collaboration between our company’s engineers and a group of wood specialists from the University of Tehran.
Maad Wood commercialized its products by attracting talented young people and harnessing their capabilities. Through continuous improvement in standards and product quality, the company gained recognition from Pardis Technology Park as a technological and knowledge-based brand.
Currently, all Maad Wood products are manufactured in accordance with international standards, and the company ensures the quality of its products by obtaining a quality assurance certificate for all of them.
Maad wood solutions:
Relying on its specialized knowledge and practical experience in the field of processed woods, Maad Wood is capable of providing customers with the highest level of technical and engineering quality through consultations and services. Our processed wood, which meets industrial standards, serves as an excellent alternative to conventional wood in the market, offering both efficiency and durability.
The processed pieces of wood produced by Awring Maad Sanat Company are widely recognized as high-quality, standardized products that serve as excellent substitutes for conventional pieces of wood in the market. These processed woods excel in terms of performance, durability, functionality, and long-lasting properties, surpassing the quality of existing woods available in the market.
- Consultation and Raw Material Selection:
- Providing consultation on the selection of wood and raw materials, considering application conditions, environmental factors, and lifespan.
- Optimizing dimensions in compliance with necessary standards, taking into account weight and applied forces on the product.
- Introducing reliable centers and sources for raw material supply.
- Design and Engineering Document Preparation:
- Designing and producing construction plans according to ISO 128 standard and preparing required engineering documents.
- Providing documents to facilitate manufacturing processes.
- Examples of packaging box design according to the Def Stan 81-Issue 7 51 standard.
- Processing and Production:
- Processing Mud-wood products as a substitute for conventional raw materials in the market, relying on local/native knowledge.
- Manufacturing products based on the requirements of the ASTM-D143 standard.
- Precision Manufacturing (Measuring, Precise Cutting, and Drilling):
- Implementing precise manufacturing processes for products in accordance with the BS4471 standard, utilizing a well-equipped workshop and experienced professionals.
- Services in Testing and Standard Certification:
- Ensuring quality assurance of manufactured products and obtaining standard certification.
- Offering the possibility of laboratory examination of wood and providing physical, mechanical, and physiological analysis of wood.
- Issuing certificates for wood quality, wood type, and wood strength.
- Providing wood identification certificates.
The consumable material undergoes a heat treatment using a knowledge-based method, resulting in several special benefits:
- Enhanced mechanical stability, including improved impact resistance.
- Increased lifespan of the wood.
- Maximum resistance to weathering and water, making the wood highly repellent to water.
- High durability against fungi, mold, and decay agents.
- Prevention of bending caused by changes in humidity.
- Treated woods exhibit a shell luster with a caramel brown color.
Additionally, the production of “wood-guard” as a protective color layer offers the following advantages:
- Improved wear resistance of the wood.
- Use of non-toxic and environmentally friendly materials.
- Prevention of the formation of a greasy layer on the wood.
- Water repellency of the wood.
- Utilization of 100 percent domestically produced materials.
- Enhanced resistance of the wood to ultraviolet rays.
Standard |
Row |
|
Physical And Mechanical Properties of Wood — Test Methods for Small Clear Wood Specimens — Part 1: Determination of Moisture Content for Physical and Mechanical Tests |
ISO 13061-1:2014(EN) |
1 |
Adhesives — Wood -To- Wood Adhesive Bonds — Determination of Shear Strength by Compressive Loading
|
ISO 6238:2018(EN) |
2 |
Physical And Mechanical Properties of Wood — Test Methods for Small Clear Wood Specimens — Part 4: Determination of Modulus of Elasticity in Static Bending |
ISO 13061-4:2014(EN) |
3 |
Durability Of Wood and Wood -Based Products — Use Classes
|
ISO 21887:2007(EN) |
4 |
Adhesives — Wood -To- Wood Adhesive Bonds — Determination of Shear Strength by Tensile Loading |
ISO 6237:2017(EN) |
5 |
Physical And Mechanical Properties of Wood — Test Methods for Small Clear Wood Specimens — Part 15: Determination of Radial and Tangential Swelling |
ISO 13061-15:2017(EN) |
6 |
Solid Wood Parquet— Classification of Fir and Spruce Strips |
ISO 5320:1980(EN) |
7 |
Coniferous Wood Raw Parquet Blocks— Classification of Fir and Spruce Parquet Blocks |
ISO 5333:1978(EN) |
8 |
Wood -Based Panels— Determination of Swelling in Thickness After Immersion in Water |
ISO 16983:2003(EN) |
9 |
Wood – Sampling Methods and General Requirements for Physical and Mechanical Testing of Small Clear Wood Specimens |
ISO-3129-700 |
10 |
Wood – Determination of Moisture Content for Physical and Mechanical Tests |
ISO-3130-941 |
11 |
Wood – Testing in Compression Perpendicular to Grain |
ISO-3132-416 |
12 |
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