Maxpas 142 AL

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Maxpas 142 AL Specification

Molecular Formula
Al

Product Type
Alloy

Properties
High strength, lightweight, corrosion resistant, good electrical conductivity

Storage
Store in a dry, cool place, protected from moisture and corrosive atmosphere

Application
Used in die casting, automotive, electrical, and aerospace industries

Appearance
Silver White

Usage
For manufacturing components requiring lightweight and high strength

Density
2.7 Gram per cubic centimeter(g/cm3)

Melting Point
Approx 660C

Purity
Up to 99%

Shape
Slab/Ingot

EINECS No
231-072-3

CAS No
7429-90-5

Physical Form
Solid

Structural Formula
Al

Grade
Industrial Grade

Molecular Weight
26.98 g/mol

Ingredients
Aluminium, Manganese, Magnesium

Poisonous
NO

Solubility
Insoluble in water

Ph Level
Neutral

Shelf Life
Stable under recommended storage conditions

Smell
Odourless

HS Code
76012010

Tensile Strength
Approx 110 MPa

Corrosion Resistance
Excellent against most acids and alkalis

Thermal Conductivity
205 W/m·K

Minimum Order Quantity
500 kg

Machinability
Good

Packing Details
Packed in wooden pallets or as per customer requirement

Standard Specification
Complies with IS/BIS/ASTM/EN standards

About Maxpas 142 AL

Maxpas 142 Al

Powder Chrome Conversion Coating Chemicals

Grade Standard	Chemical Grade
Physical State	Powder
Packaging Size	5 kg & 20 kg
Packaging Type	HDPE Container
Usage/Application	Industrial
Color	Brown colour
Brand	MAXPAS 142 AL
Dilution Ratio	10 gm/ltr
Dipping Period	30-60 sec

Outstanding Durability and Resistance

Maxpas 142 AL boasts exceptional corrosion resistance against most acids and alkalis, making it suitable for environments that demand longevity and safety. Its innate durability ensures reliable performance and minimal maintenance across various industrial applications, particularly where exposure to harsh substances is frequent.

Versatile Industrial Application

This alloy is specifically engineered for manufacturing components that require a combination of lightweight properties and substantial strength. Its good electrical conductivity and machinability make it an excellent choice for die casting, automotive parts, electrical equipment, and aerospace components.

FAQ's of Maxpas 142 AL:

Q: How is Maxpas 142 AL typically used in industry?

A: Maxpas 142 AL is predominantly used in manufacturing components for die casting, automotive, electrical, and aerospace applications, where both lightweight construction and high strength are essential.

Q: What is the process for ordering and receiving Maxpas 142 AL?

A: Customers can place orders with a minimum quantity of 500 kg. The alloy is packed securely in wooden pallets or customized packing per client requirements and shipped according to the agreed schedule.

Q: Where should Maxpas 142 AL be stored to ensure optimal shelf life?

A: Maxpas 142 AL should be stored in a dry, cool space, protected from moisture and corrosive atmospheres. Following these conditions ensures stability and preserves its properties over time.

Q: What benefits does Maxpas 142 AL offer compared to other industrial alloys?

A: Maxpas 142 AL provides a unique combination of high purity (up to 99%), strength, corrosion resistance, and lightweight characteristics, making it highly efficient for applications requiring durable, high-performance materials.

Q: Is Maxpas 142 AL safe to handle and use in manufacturing environments?

A: Yes, Maxpas 142 AL is non-poisonous and odourless, making it safe for handling and use in manufacturing environments when recommended storage and handling procedures are followed.

Q: What are the machining advantages of Maxpas 142 AL?

A: With good machinability, Maxpas 142 AL allows for efficient cutting, shaping, and forming processes, streamlining manufacturing operations, and reducing operational costs and time.

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