Product Description
Model 7830T is an ammonia free phenolic molding compound supplied as granules and designed for injection molding and transfer molding. Its formulation is built to avoid the ammonia release that conventional phenolic molding compounds can show during curing, which makes the grade a low odor phenolic molding compound suited to workshops and finished product lines where cleaner processing conditions and lower emissions are preferred. The low-odor advantage does not come at the expense of structural performance: flexural strength of at least 150 MPa and tensile stress at break of at least 70 MPa give molded parts a defined mechanical basis, while a heat deflection temperature under load (Ti 1.8) of at least 200 °C and a UL94 V0 rating support components that see heat or flame exposure during service. Surface resistance of at least 10¹⁰ Ω allows the grade to be evaluated for insulating duties, and the tight molding shrinkage band of 0.25%–0.50%, together with water absorption of no more than 50 mg and a density of 1.60–1.70, gives mold designers predictable data for compensation, part weight estimation, and tolerance control.
Because ammonia-free grades are often chosen for parts with complex geometry or visible exterior surfaces, we run sample molding on the customer's actual mold, wall thickness, and injection or transfer equipment before bulk approval. This trial stage lets the buyer confirm flow, cure behavior, and finished-part dimensions on their own tooling instead of relying only on laboratory values, which directly reduces the trial risk of moving a new complex part into serial production. When a specific visual identity is required, the compound can also be produced in custom colors, so the appearance of the molded component can be matched to the product family before regular orders are placed.
Specifications
|
Performance |
Technical Parameter |
|
Color |
Black (custom colors available) |
|
Model / Material Type |
7830T, ammonia-free phenolic molding compound |
|
Form |
Granules |
|
Molding Methods |
Injection molding or transfer molding |
|
Mechanical Properties |
Flexural strength ≥ 150 MPa; tensile stress at break ≥ 70 MPa |
|
Heat & Flame Performance |
Heat deflection temperature (Ti 1.8) ≥ 200 °C; UL94 V0 |
|
Electrical & Physical Properties |
Surface resistance ≥ 10¹⁰ Ω; molding shrinkage 0.25%–0.50%; water absorption ≤ 50 mg; density 1.60–1.70 |
|
Grade & Performance Confirmation |
Sample molding on the buyer's own tooling confirms ammonia-free low-odor curing and consistent custom-color appearance before bulk approval |
Applications
Application 1: Electrical Appliance Parts
Appliance components sit close to heat sources and often carry working voltages. The combination of a UL94 V0 rating, a heat deflection temperature above 200 °C, and surface resistance of at least 10¹⁰ Ω lets this ammonia free phenolic molding compound be evaluated for insulating and structural parts inside appliances, where the low-odor formulation also keeps the processing environment cleaner.
Application 2: Electrical Instrument Components
Instruments and meters need insulating parts that hold their position in an assembly. The narrow molding shrinkage range and documented surface resistance support supports, housings, and functional parts that are molded to controlled tolerances and must stay dimensionally stable through normal service.
Application 3: Household Goods and Visible Molded Parts
Consumer molded items that are handled, close to the user, or produced in shared workshops benefit from a low odor phenolic molding material. The ammonia-free formulation reduces curing odor during production, while the mechanical and heat data keep finished household components structurally reliable under everyday use.

Customization
The grade can be supplied in custom colors when the finished part requires a specific visual identity. Flowability can be discussed around the customer's mold structure, part dimensions, wall thickness, equipment, and production method, so the material is aligned with the actual molding conditions. Production can also be arranged based on technical drawings or a physical prototype.
Samples are available before bulk production, and free samples can be requested for evaluation. A customized sample normally requires about 30 days to develop. The minimum order quantity is 1,000 kg, and one order can mix different colors or models.
Packaging & Transportation
Export packaging is discussed with the buyer and customized according to the transportation method and actual handling requirements. Finished products receive a 100% full inspection before packaging, and third-party inspection can also be arranged when required. EXW, FOB, and DDP trade terms are supported for buyers sourcing this ammonia-free bakelite powder in volume.
FAQ
Q1: How long does production take for standard and customized orders?
Standard products normally take about 7 days to produce, while customized products normally take about 20 days. Repeat orders can be delivered faster because the existing production records and molding parameters can be reused.
Q2: Which trade terms are available for an export order?
We support EXW, FOB, and DDP. The export packaging itself is discussed with the buyer and customized to match the chosen transportation method and handling needs.
Q3: Can I combine several colors or models in a single order?
Yes. One minimum order quantity can mix different colors or models, which is convenient when several molded parts from the same material family are being sourced together.
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