M830

M830 belongs to the "functional masterbatch" category; official full name "PE/PP/PET/PA Plastic Softening Masterbatch M830", belonging to the functional masterbatch series (one of 8 grades released externally). Manual TDS title "Plastic Softening Masterbatch M830"; catalog line, verbatim: "M830: PE/PP/PET/PA plastic softening masterbatch—film, pipe, injection molding, chemical fiber"; official tagline line "PE/PP/PET/PA film, pipe, injection molding, chemical fiber softening". (Data source: product handbook / official product data)

[Product Overview], verbatim: "A plastic softening masterbatch is a functional additive designed to improve the flexibility of plastic products and reduce hardness; it is made by uniformly dispersing a softening agent in a carrier resin through a special process, is suitable for the processing modification of various plastic materials, and can effectively enhance the impact resistance, cold resistance, and processing flowability of the products." (Data source: product handbook / official product data)

Detail page positioning sentence: "Designed specifically to improve the flexibility of plastic and chemical fiber products, reduce hardness, and enhance hand feel: added internally, it integrates into the interior of the material and builds a micro-lubrication network between molecules, fundamentally solving stiffness, poor hand feel, and easy blocking, imparting long-lasting softness, a fluffy hand feel, and excellent impact and cold resistance." Subline "Polydimethylsiloxane × non-ionic dispersant × precisely matched carrier · internal-additive modification". (Data source: official product data)

This grade is delivered as four codes by substrate: M830A (PE) / M830B (PP) / M830C (PET) / M830D (PA)—one code for each of the four substrates, with one set of specifications each; for the four tiers for sample submission, see the "Applicable Systems" section. (Data source: product handbook / official product data)

• Good compatibility—good compatibility with a variety of plastic substrates such as PE, PP, PET, and PA, with little tendency to problems such as delamination and exudation.
• Stable effect—after addition, it stably improves the flexibility of plastic products.
• Excellent processability—does not affect the normal processing flow, and can accommodate a variety of processes such as extrusion, injection molding, and blow molding.
• Good temperature resistance—stable performance within the conventional plastic processing temperature range (150-285℃), with no obvious decomposition.
• Anti-blocking (detail page)—reduces mutual blocking of films and silk-like fibers during production and storage, facilitating cutting, sewing, and winding.
• Pre-use note—after uniformly mixing with plastic raw materials in proportion, processing can proceed directly; no need to change the original processing parameters; for the first trial, do not add other auxiliaries / additives first.

Manual [Main Components], verbatim, three items: "Carrier resin: select the corresponding resin according to the applicable plastic type (e.g., PE, PP, PET, PA, etc.)" "High-efficiency softening agent: R830" "Dispersant: ensures uniform dispersion of the components and improves compatibility with the substrate". (Data source: product handbook / official product data)

The detail page gives three components by functional role: ① Silicone active body · polydimethylsiloxane—"stable molecular structure; added internally and dispersed in the polymer system, it builds a lubrication network inside the material, enhances flexibility between molecular chains, greatly reduces the sense of stiffness, and improves tensile recovery and drape; it is not mere surface attachment, and is resistant to water washing and friction"; ② Non-ionic auxiliary dispersant · anti-agglomeration ultrafine dispersion—"effectively prevents agglomeration of silicone molecules and ensures that the active ingredients achieve microscopically ultrafine uniform dispersion in the melt"; ③ Dedicated matched carrier resin—"precisely selects a homogeneous or highly compatible carrier according to the target plastic type (PE, PP, PET, PA, etc.), ensuring no delamination and no exudation during processing". The manual's three components (including code R830) and the detail page's three functional roles coexist in two places; this page presents them side by side and does not infer a verbatim correspondence between the two sets of statements. (Data source: product handbook / official product data)

Reading of the "micro-lubrication network" (detail page): unmodified = chain entanglement locked (strong stiffness, poor hand feel); with M830 = siloxane lubrication nodes · chains can slide = soft—"slidable between molecular chains · greatly reduced stiffness · improved tensile recovery and drape". Data boundaries: the chemical name and ratio of softening agent R830 are not disclosed, and quantitative items such as "silicone content" are not given—this page does not draft them on its behalf. (Data source: official product data)

1. Internal-additive integration — dispersed into the interior of the materialInternal-additive modification: the softening components are dispersed inside the polymer system ("not mere surface attachment, resistant to water washing and friction").
2. Building the micro-lubrication network — slidable between molecular chainsA micro-lubrication network is built between molecules; siloxane lubrication nodes allow molecular chains to slide, greatly reducing the sense of stiffness.
3. Improved recovery — tensile recovery and drape"enhances flexibility between molecular chains... improves tensile recovery and drape".
4. Carrier matching — prevents delamination and no exudationA homogeneous or highly compatible carrier is selected according to the target plastic type, and combined with a non-ionic dispersant to prevent agglomeration, "ensuring no delamination and no exudation during processing".

The handbook specification table (split into four rows by substrate, M830A/B/C/D) and the entries recorded in the official product data are transcribed as follows; the values in the table are those recorded in the source materials—before bulk use, small-scale trials by substrate are recommended for verification.

Reading notes: ① This table is split into four rows by substrate (M830A/B/C/D), and the values in each row are that grade's specifications; ② Melt index is given with test conditions in parentheses, transcribed verbatim without alteration; ③ Appearance, moisture content, and other physicochemical items are not listed for this grade—not drafted on its behalf; ④ The values in the table are those recorded in the source materials; before bulk use, small-scale trials by substrate are recommended for verification. (Data source: product handbook / official product data)

Handbook [Method of Use], item 1, verbatim: "Dosage: depending on the desired softening effect, the recommended addition amount is 2%-8% of the plastic raw material (the specific dosage can be adjusted according to the substrate type and performance requirements)"; the denominator basis is the internal addition ratio—"for example, taking 5% masterbatch addition: raw material 95% + masterbatch 5% = 100%", calculated on the total mass of the resin system.

The source materials for this grade give no directional "thickness–dosage" clause (the product detail page only states "fine-tune according to the substrate type, article thickness, and performance requirements")—the thickness-direction rules of other grades do not apply to this product. Whether the four grades (A/B/C/D) are dosed separately is not given in the source materials—grade-specific ratio setting follows "range + small-scale trial". Ratio-setting method (general): when samples are sufficient, try several formulations and select the best; when samples suffice for only one trial, use the highest recommended addition ratio (i.e. 8%); for the first trial, do not add other auxiliaries or additives. Measured application data points are not given in the source materials and are not extrapolated on this page.

To be verified: ① The thickness–dosage direction is not given in the source materials (this grade has no such clause); ② The recommended dosage ranges for M830A/B/C/D individually are not given in the source materials (only the overall range 2%-8%); ③ Measured application data points (substrate × addition amount × hand feel / mechanical results) are not given in the source materials; ④ The above are values recorded in the source materials; for actual production, please confirm by small-scale trial with your own substrate and process.

The official application list (six items) and the four sample-submission tiers on the product detail page are transcribed as follows; the handbook table-of-contents scenario line reads "film, pipe, injection molding, chemical fiber".

PE film

Sample submission corresponds to: film category (PE packaging film / agricultural film) — M830A.

PP film

Sample submission corresponds to: pipe · injection molding (PP) — M830B.

PET sheet

Sample submission corresponds to: PET film · spinning — M830C.

PA injection molding

Sample submission corresponds to: PA chemical fiber silk-like — M830D.

Pipe/tubing · chemical fiber

Table-of-contents scenario line "film, pipe, injection molding, chemical fiber"; there is also an "other / custom requirements" tier.

Processing method

Can be processed after being uniformly mixed with the plastic raw material in proportion; no need to change the original plastic processing parameters—simply operate under conventional conditions; compatible with extrusion, injection molding, and blow molding (the product detail page additionally lists spinning).

Field issues & application examples (as recorded in the source material)

The functional masterbatch series is divided into four categories by functional direction: flame retardant 4 items (M911 / M915 / M918 / M933), low-halogen flame retardant 1 item (M922), sulfur-chlorine aging resistant 1 item (M88), water- and oil-repellent 1 item (M89), softening 1 item (M830, this grade). The comparison is as follows:

Reading notes: ① This table compares groups by "functional direction" — M830 is the only softening / flexibilizing model among them (non-flame-retardant); ② The thickness-dosage direction of each model follows its own data basis and is not applied across models; ③ M922 follows a low-halogen basis; M830 is unrelated to the halogen basis (neither term is written); ④ The values in each row come from each model's own data records and are not applied across models. (Data source: product handbook / official product data)

The following points come item by item from the data records; items not listed in the data are not drafted on this page.

The data on this page comes from two types of sources, traceable item by item:

• Product handbook: the full TDS page of the masterbatch booklet in which this model appears (main components / overview / product characteristics / four specification table rows / usage method / packaging specifications / precautions / general rules).
• Official product data: all fields of this model (name, category, tagline, description, mechanism, application, parameters, main components, addition ratio); functional masterbatch series entries; official detail page copy.

Not covered by the source material (not written on this page — to be added later)

• The relationship between R830 and R169 (whether they are the same substance / two different additives) — not stated in the data; R830 has no separate booklet page, while R169 has a separate page.
• The specific chemical name, ratio, and silicone content of the softening agent R830 — not disclosed in the data.
• Quantitative mechanical and hand-feel data (hardness reduction, tensile / impact retention rate, number of washing cycles) — the data is only qualitative.
• The processing temperature window and recommended dosage range for each of M830A/B/C/D — the data gives only the overall ranges (150–285℃ / 2%-8%).
• Separate drying conditions for the PE and PP grades — the general drying clause does not list these two grades.
• Confirmation of the combined-reading upper bound between "150–285℃" and the general rule "not exceeding the recommended maximum temperature" — this model's page does not give a separate upper limit value.
• Missing physicochemical items such as appearance and moisture content — not attached on this model's page.
• Customization scope beyond the four substrates, and interactions when blended with other fillers — not given in the data.