Concrete Admixtures: Type_F

Concrete chemical admixture reference data — ASTM C494 Types A/B/C/D/E/F/G/S, ASTM C260 air-entraining, calcium nitrite corrosion inhibitors, VMA, SRA, and lithium nitrate ASR mitigation. Parameters include dosage range (mL/100 kg cement), water reduction (%), initial/final set time change (min), compressive strength effect at 1/7/28 days (%), slump increase (mm), air content change (%), and compatibility notes.

Civil Engineeringadmixture_type: Type_F3 rows
admixture typeproduct classair content change pct (%)astm standardcommon namecompatibility notesdosage max mL per 100kg (mL/100kg-cement)dosage min mL per 100kg (mL/100kg-cement)dosage typical mL per 100kg (mL/100kg-cement)set time change final min (minutes)set time change initial min (minutes)slump increase mm (mm)strength 1d pct change (%)strength 28d pct change (%)strength 7d pct change (%)water reduction max pct (%)water reduction min pct (%)water reduction typical pct (%)
Type_FHRWR_melamine0ASTM C494Melamine sulfonate superplasticizerNon-retarding; popular for precast; shorter slump retention than naphthalene; reduced water reduction vs PCE1,9503907800-30130151015201015
Type_FHRWR_naphthalene0ASTM C494Naphthalene sulfonate superplasticizerOlder HRWR; less sensitive than PCE; good for precast; less effective water reducer than PCE; some retardation at high dose1,9503907800-60150201520251218
Type_FHRWR_polycarboxylate0ASTM C494PCE superplasticizer (most common)Primary HRWR for high-strength/SCC; dose response highly cement-specific; test slump loss; incompatible with some lignosulfonate WR; may accelerate early stiffening with C3A-rich cements1,9502607800-60150152020301520

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