Multi-Color Food Grade 100% Pure Melamine Amino Resin Powder for High Quality Tableware

Product Detail

Melamine raw material powder is essentially a powdered polymer compound produced by the condensation reaction of melamine and formaldehyde. It is mostly white or light yellow powder with no obvious odor and is the only core raw material for food contact grade melamine tableware.

Key Characteristics of the Raw Material Powder

1.High Temperature Resistance: After molding, it can withstand temperatures from -20℃ to 120℃, meeting the needs of daily catering use.

2.High Stability: Its dense molecular structure prevents the release of harmful substances under normal use, ensuring safety in food contact.

3.Good Formability: After high-temperature and high-pressure pressing, it can form tableware with a smooth surface, high hardness, and impact resistance.

4.Easy Coloring: Food-grade coloring powder can be added to create tableware in different colors, and qualified coloring powder is not prone to fading.

Precautions for Procurement and Use

1.Check Qualifications: 

When purchasing, request a "Food Contact" test report for the raw material powder to confirm compliance with GB 4806.7 standards, avoiding the purchase of substandard products.

2.Observe Appearance: 

High-quality raw material powder has a uniform color, no lumps, and no impurities; if the powder is grayish, has an odor, or is severely clumped, it may be substandard.

3.Test Performance:

After molding, test the tableware's performance. Tableware made from qualified raw materials has a smooth surface, no bubbles, is not easily scratched with a fingernail, and has no odor when soaked in boiling water.

4.Avoid Common Misconceptions: 

Do not purchase low-priced raw material powder. Low-priced raw materials often contain inferior ingredients, which can lead to substandard safety in the finished tableware and pose compliance risks.

FAQ 

Question1：What is the core component of melamine tableware raw material powder?

The core component is melamine-formaldehyde resin, a high molecular weight compound produced by the condensation reaction of melamine and formaldehyde. It is usually a white or pale yellow powder with no obvious odor.

Question2：Is there a difference between raw material powder and ordinary plastic powder?

Yes, there is a fundamental difference. Ordinary plastic powder (such as PP and PE powder) has much lower heat resistance and hardness than melamine resin powder, and its resistance to impact and scratches is poor after molding. Melamine resin powder is a food contact grade raw material specifically designed for tableware applications. Its molecular structure is more stable and can meet the temperature resistance and durability requirements of catering use.

Question3：Does the raw material powder contain formaldehyde?

In the production process of qualified raw material powder, formaldehyde has completely reacted with melamine to form a stable polymer structure. The residual formaldehyde content in the finished raw material powder is extremely low, meeting the GB 4806.7 standard. Only inferior raw material powder may contain residual free formaldehyde due to incomplete reaction, posing a safety risk.

Question:4：Is it safe to buy low-priced raw material powder?

It is not recommended to purchase blindly. Low-priced raw material powder is often a substandard product adulterated with impurities such as talc and urea-formaldehyde resin. Not only will the tableware made from it be brittle and prone to discoloration, but it may also contain residual free formaldehyde and other harmful substances, resulting in finished tableware that does not meet safety standards and poses compliance and health risks.

Question5：Can recycled melamine raw material powder be reused?

It is not recommended for use in food contact tableware. Recycled raw material powder may contain impurities and pigments, and secondary processing can damage the molecular structure, leading to excessive formaldehyde residue. The resulting tableware cannot be guaranteed to be safe and does not meet food contact standards.