锂基混凝土固化剂

锂基混凝土密封固化剂

产品编号 · 54756101

可渗透混凝土地面的锂基处理材料,用于提高表面致密性并减少起尘。

外观Clear/Milky liquid
pH 值11-12 · Alkaline
密度1.06-1.16 g/cm 3
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HUITUO · 54756101

产品描述

Lithium Concrete Hardener Product Data Sheet
Lithium Concrete Hardener (also known as Lithium Sealed Hardener, Lithium Densifier) is a water-based liquid hardener composed primarily of nano-scale lithium silicate materials. It penetrates deeply into the concrete surface (penetration depth up to 3-7mm) and chemically reacts with free calcium ions in the concrete to form insoluble calcium silicate hydrate (C-S-H), which fills the capillary pores, creating a dense, hard, dust-proof permanent hardened layer. The product is VOC-free, environmentally friendly, and non-toxic. Treated concrete surfaces remain breathable, form no surface film, and will not peel or yellow .

Performance Characteristics
Deep Penetration: Lithium ions have smaller molecular size than sodium/potassium ions, enabling deeper penetration and more complete reaction 
Permanent Hardening: Irreversible chemical reaction with concrete, hardness increases over time and with use
Effective Dustproofing: Completely seals concrete capillaries, eliminates floor dusting problems 
Enhanced Wear Resistance: Wear resistance increased by 30-50%, surface Mohs hardness reaches 6-8 
Impermeability Protection: Effectively resists water, oil, and chemical penetration; reduces chloride ion ingress 
Gloss Enhancement: Achieves high-gloss mirror finish when combined with polishing process 
Non-Film Forming: No surface coating formed, no risk of peeling or yellowing 
Breathability: Maintains concrete's breathability, allows moisture to escape 
ASR Resistance: Lithium ions effectively inhibit alkali-silica reaction (ASR), extending concrete service life 
Low VOC: VOC content <50g/L, meets green building certification requirements

Scope of Application
Industrial Floors: Warehouses, distribution centers, production workshops, heavy-load forklift aisles 
Commercial Spaces: Supermarkets, shopping malls, exhibition halls, office buildings 
Public Facilities: Hospitals, schools, museums, parking lots 
Cold Storage/Freezers: Resists freeze-thaw cycle damage 
Food Processing Plants: Odorless, non-toxic, easy to clean 
New/Old Concrete Floors: Suitable for newly poured or existing floor renovation 
Emery Aggregate Floors: As surface sealing treatment 
Terrazzo/Artificial Stone: Enhances surface hardness and gloss

Technical Specifications

Parameter

Technical Specification

Test Standard/Notes

Appearance

Clear/Milky liquid

 

pH Value

11-12

Alkaline

Density

1.06-1.16 g/cm3

 

Solids Content

9-17%

 

VOC Content

<50 g/L

Environmentally compliant

24h Surface Water Absorption

≤1 ml

JC/T 2158-201

24h Water Absorption Reduction

≥80%

JC/T 2158-2012

Wear Resistance Ratio

≥140%

Some products achieve higher

Penetration Depth

3-7 mm

 

Taber Abrasion Loss

35 mg

ISO 5940

Capillary Absorption

1.3 kg/m2·h

EN 13057

Freeze-Thaw Resistance

Excellent

Some products meet NCHRP 244

Surface Resistivity

≤50 ohms/sq

For anti-static requirements

Shelf Life

12 months

Original sealed packaging

Application Temperature

5℃-40℃

 

Mechanism of action
The core technology of Lithium Concrete Hardener lies in the reaction between lithium silicate and free calcium:
Penetration: Lithium ions (Li+) have small molecular size, enabling deep penetration into concrete capillaries 
Reaction: Li2SiO3 + Ca(OH)2→ CaSiO2 (C-S-H) + 2LiOH
Lithium silicate reacts with calcium hydroxide in concrete to form insoluble calcium silicate (calcium silicate hydrate gel)
Filling: The generated C-S-H gel fills capillary pores, densifying the concrete 
Hardening: Reduced porosity significantly improves surface hardness and wear resistance
Continuous Enhancement: Reaction continues over time, performance continuously improves
Advantages over traditional sodium/potassium-based hardeners:
Smaller lithium ions enable deeper penetration 
More stable reaction products, no efflorescence
Does not increase alkali content, effectively inhibits ASR risk 
Higher surface gloss after treatment

New Concrete Floors
Curing Period: Cure concrete for 7-28 days after pouring, ensure complete hardening 
Surface Preparation: Ensure surface is clean, dry, and free of oil/grease
First Application: Apply uniformly with low-pressure sprayer, coverage 0.2-0.4 kg/m2
Penetration Reaction: Keep surface wet for >30 minutes, light brushing can aid penetration 
Remove Excess: Remove excess material with squeegee or vacuum
Drying: Allow 24 hours for natural drying
Second Application (Optional): Apply second coat for higher hardness
Polishing (Optional): Combine with grinding/polishing process for high gloss


Existing Floor Renovation
Grinding: Open grind with metal or resin diamond tools to remove old coatings and contaminants
Cleaning: Thorough vacuuming to ensure clean surface
Hardener Application: Apply as above method
Fine Grinding: Progressive polishing with different grit sizes
Protection: Optional application of polishing aid or sealer


Precautions
Application Temperature: 5℃-40℃ 
DO NOT Dilute: Product is ready-to-use, do not dilute with water 
Avoid Freezing: Product freezes below 0℃, can be used normally after thawing 
Protection: Wear protective goggles and gloves during application

Dosage and packaging

Floor Type

Coverage

Notes

New machine-troweled floors

0.2-0.3 kg/m2

Approx. 14.7-19.6 m2/L

Old/rough floors

0.3-0.4 kg/m2

Approx. 6.1-8.6 m2/L

Packaging Specifications:
5 gallon/20 kg pail 
55 gallon/220 kg drum 
275 gallon/1000 kg IBC tote

Storage Conditions:
Cool, dry place away from direct sunlight
Keep sealed to prevent contamination
Shelf Life: 12 months (unopened original packaging)

Comparison with other concrete hardening agents

Comparison

Lithium Hardener

Sodium/Potassium Hardener

Epoxy/Polyurethane Coating

Penetration Depth

3-7mm (deep)

2-5mm

Surface film

Reaction Mechanism

Permanent chemical

Permanent chemical

Physical adhesion

Surface Film

No film, no peeling

No film, no peeling

Film, may peel

Dustproofing

★★★★★

★★★★

★★★

Wear Resistance

★★★★★

★★★★

★★★★

Gloss

Medium-High (polishable)

Medium

High

Chemical Resistance

Good

Good

Excellent

Yellowing Resistance

Excellent

Good

May yellow

Slip Resistance

Maintains texture

Maintains texture

May reduce

Application Complexity

SimpleSimple

Simple

Complex

New/Old Floors

Both

Both

Mainly new

Environmental

Very Low VOC

Low VOC

Medium-High VOC

Cost

Medium-High

Medium

High

Product execution standards
JC/T 2158-2012 "Penetrating Liquid Hardener
Meets GB 8624 Class A1 fire rating requirements
VOC content meets national environmental standards
UL 2818 Greenguard Gold Certified (select products) 
Contributes to LEED Green Building Certification (IEQ credit)

技术参数

项目数值
外观Clear/Milky liquid
pH 值11-12 · Alkaline
密度1.06-1.16 g/cm 3
固体含量9-17%
VOC 含量<50 g/L · Environmentally compliant
24 小时表面吸水率≤1 ml · JC/T 2158-201
24h Water Absorption Reduction≥80% · JC/T 2158-2012
耐磨比≥140% · Some products achieve higher
渗透深度3-7mm (deep) · 2-5mm · Surface film
磨耗量35 mg · ISO 5940
Capillary Absorption1.3 kg/m 2 ·h · EN 13057
抗冻融性Excellent · Some products meet NCHRP 244
电阻≤50 ohms/sq · For anti-static requirements
储存期限12 months · Original sealed packaging
施工温度5℃-40℃
Floor TypeCoverage · Notes
New machine-troweled floors0.2-0.3 kg/m 2 · Approx. 14.7-19.6 m 2 /L
Old/rough floors0.3-0.4 kg/m 2 · Approx. 6.1-8.6 m 2 /L
ComparisonLithium Hardener · Sodium/Potassium Hardener · Epoxy/Polyurethane Coating
Reaction MechanismPermanent chemical · Permanent chemical · Physical adhesion
Surface FilmNo film, no peeling · No film, no peeling · Film, may peel
防尘性★★★★★ · ★★★★ · ★★★
耐磨性★★★★★ · ★★★★ · ★★★★
光泽Medium-High (polishable) · Medium · High
耐化学腐蚀性Good · Good · Excellent
耐黄变性Excellent · Good · May yellow
防滑性Maintains texture · Maintains texture · May reduce
Application ComplexitySimpleSimple · Simple · Complex
New/Old FloorsBoth · Both · Mainly new
环境性能Very Low VOC · Low VOC · Medium-High VOC
成本Medium-High · Medium · High